How to use benchmarkName method in Best
Best JavaScript code snippet using best
section.js
Source:section.js 
1import {2 ToDimAlign,3 IntersectionPointOnSpline,4 Layout2D,5 Line,6 LineToOffsetSpline,7 paperSize,8 Plot2D,9 GetPointsWithBulge,10 TwoPointsLength,11} from "@nexivil/package-modules";12import { _ } from "global";13import { GenDefaultGridPointDict } from "./grid";14import { GetPointSectionInfo } from "./utils";15export function GenBasicSectionsFn(girderLayout, basicSectionInfo) {16 const common = basicSectionInfo.common;17 const end = basicSectionInfo.end;18 const support = basicSectionInfo.support;19 const sShape = basicSectionInfo.se.start;20 const eShape = basicSectionInfo.se.end;21 const properties = {22 title: "êµëë¨ë©´ìì½ë",23 size: "A1",24 scale: 50,25 leftMargin: 10,26 rightMargin: 10,27 topMargin: 10,28 bottomMargin: 50,29 };30 let commonThickness = 20;31 let girderNumber = girderLayout.girderSplines.length;32 let alignment = girderLayout.alignment;33 let lLine = LineToOffsetSpline(girderLayout.girderSplines[0], -common.SlabLeft);34 let rLine = LineToOffsetSpline(girderLayout.girderSplines[girderLayout.girderSplines.length - 1], common.SlabRight);35 const seShape = {36 start: {37 A: sShape.A,38 D: sShape.B,39 F: sShape.C,40 G: sShape.D,41 isStraight: true,42 endSlabH: end.SlabH,43 slabH: support.SlabH,44 },45 end: {46 A: eShape.A,47 D: eShape.B,48 F: eShape.C,49 G: eShape.D,50 isStraight: true,51 endSlabH: end.SlabH,52 slabH: support.SlabH,53 },54 };55 const sectionInfo = {56 B: common.B,57 H: common.H ? common.H : end.H,58 UL: common.T ? common.T / 2 : common.B / 2,59 UR: common.T ? common.T / 2 : common.B / 2,60 };61 const centerThickness = support.SlabH + support.HaunchH + common.PavementT;62 const lwb = { x: -sectionInfo.B / 2, y: -sectionInfo.H - centerThickness };63 const lwt = { x: -sectionInfo.UL, y: -centerThickness };64 const rwb = { x: sectionInfo.B / 2, y: -sectionInfo.H - centerThickness };65 const rwt = { x: sectionInfo.UR, y: -centerThickness };66 let gridPointDict = GenDefaultGridPointDict(girderLayout, seShape);67 let deckPointDicts = [];68 let sectionPoints = [];69 let supportKey = [];70 for (let key in girderLayout.gridKeyPoint) {71 supportKey.push(key);72 }73 let supportNum = supportKey.length - 2;74 for (let i = 0; i < supportNum; i++) {75 sectionPoints.push([]);76 for (let j = 0; j < girderNumber; j++) {77 let ptName = "G" + (j + 1).toFixed(0) + "S" + (i + 1).toFixed(0);78 let point = gridPointDict[ptName];79 let gradient = common.isFlat ? 0 : point.gradientY;80 let rad = Math.atan(gradient);81 let cos = Math.cos(rad);82 let sin = Math.sin(rad);83 let bottomY = i === 0 || i === supportNum - 1 ? end.SlabH + common.PavementT + end.H - end.CutH : centerThickness + support.H;84 let topY = i === 0 || i === supportNum - 1 ? end.SlabH + common.PavementT : centerThickness;85 let lflange = [[], [], []];86 let uflange = [[], [], []];87 let lWeb = GenGirderRestPoint(GenWebPoint(lwb, lwt, 0, -bottomY), GenWebPoint(lwb, lwt, gradient, -topY), 0, gradient, -commonThickness);88 let rWeb = GenGirderRestPoint(GenWebPoint(rwb, rwt, 0, -bottomY), GenWebPoint(rwb, rwt, gradient, -topY), 0, gradient, commonThickness);89 if ((i === 0 || i === supportNum - 1) && !end.Box) {90 if (end.LF < sectionInfo.B / 2) {91 lflange[0] = GenGirderRestPoint(92 { x: lwb.x - (commonThickness / 2 + end.LF / 2), y: -bottomY },93 { x: lwb.x + (end.LF / 2 - commonThickness / 2), y: -bottomY },94 null,95 null,96 -commonThickness97 );98 lflange[1] = GenGirderRestPoint(99 { x: rwb.x + (commonThickness / 2 + end.LF / 2), y: -bottomY },100 { x: rwb.x - (end.LF / 2 - commonThickness / 2), y: -bottomY },101 null,102 null,103 -commonThickness104 );105 } else {106 lflange[2] = GenGirderRestPoint({ x: -end.LF / 2, y: -bottomY }, { x: end.LF / 2, y: -bottomY }, null, null, -commonThickness);107 }108 let uf1 = {109 x: lWeb[1].x - (commonThickness / 2 + end.UF / 2),110 y: lWeb[1].y - gradient * (commonThickness / 2 + end.UF / 2),111 };112 let uf2 = {113 x: lWeb[1].x + (end.UF / 2 - commonThickness / 2),114 y: lWeb[1].y + gradient * (end.UF / 2 - commonThickness / 2),115 };116 let uf3 = {117 x: rWeb[1].x + (commonThickness / 2 + end.UF / 2),118 y: rWeb[1].y + gradient * (commonThickness / 2 + end.UF / 2),119 };120 let uf4 = {121 x: rWeb[1].x - (end.UF / 2 - commonThickness / 2),122 y: rWeb[1].y - gradient * (end.UF / 2 - commonThickness / 2),123 };124 uflange[0] = [125 uf1,126 uf2,127 { x: uf2.x - sin * commonThickness, y: uf2.y + cos * commonThickness },128 { x: uf1.x - sin * commonThickness, y: uf1.y + cos * commonThickness },129 ];130 uflange[1] = [131 uf4,132 uf3,133 { x: uf3.x - sin * commonThickness, y: uf3.y + cos * commonThickness },134 { x: uf4.x - sin * commonThickness, y: uf4.y + cos * commonThickness },135 ];136 } else {137 let uf1 = { x: -(support.UF / 2), y: -topY - gradient * (support.UF / 2) };138 let uf2 = { x: support.UF / 2, y: -topY + gradient * (support.UF / 2) };139 lflange[2] = GenGirderRestPoint(140 { x: -support.LF / 2, y: -bottomY },141 { x: support.LF / 2, y: -bottomY },142 null,143 null,144 -commonThickness145 );146 uflange[2] = [147 uf1,148 uf2,149 { x: uf2.x - sin * commonThickness, y: uf2.y + cos * commonThickness },150 { x: uf1.x - sin * commonThickness, y: uf1.y + cos * commonThickness },151 ];152 }153 sectionPoints[i].push({154 point,155 LRib: [],156 URib: [],157 uflange,158 lflange,159 web: [lWeb, rWeb],160 });161 }162 }163 const hr = 3; //íì¹ ê¸°ì¸ê¸° ì¶í ì¸ë¶ì
ë ¥ë³ìë¡ ë³ê²½164 for (let i = 0; i < supportNum; i++) {165 let name = "CRS" + (i + 1).toFixed(0);166 let deckPoint = girderLayout.gridKeyPoint[name];167 let deckLpt = IntersectionPointOnSpline(lLine, deckPoint, alignment);168 let deckRpt = IntersectionPointOnSpline(rLine, deckPoint, alignment);169 let uflangePoint = [];170 let sH = i === 0 || i === supportNum - 1 ? end.SlabH + common.PavementT : support.SlabH + common.PavementT;171 let endH = i === 0 || i === supportNum - 1 ? end.SlabEndH + common.PavementT : support.SlabEndH + common.PavementT;172 for (let j = 0; j < girderNumber; j++) {173 let ptName = "G" + (j + 1).toFixed(0) + "S" + (i + 1).toFixed(0);174 let point = sectionPoints[i][j].point;175 let deltaZ = point.z - deckPoint.z;176 let deltaX = point.offset;177 let gradient = common.isFlat ? 0 : point.gradientY;178 let haunchH = i === 0 || i === supportNum - 1 ? 0 : support.HaunchH;179 for (let k in sectionPoints[i][j]["uflange"]) {180 if (sectionPoints[i][j]["uflange"][k].length > 0) {181 let pt1 = sectionPoints[i][j].uflange[k][0];182 let pt2 = sectionPoints[i][j].uflange[k][1];183 let hh1 = haunchH === 0 ? 0 : Math.abs(haunchH + (-gradient + point.gradientY) * (pt1.x - support.HaunchW));184 let hh2 = haunchH === 0 ? 0 : Math.abs(haunchH + (-gradient + point.gradientY) * (pt2.x + support.HaunchW));185 if (haunchH === 0) {186 uflangePoint.push({ x: deltaX + pt1.x, y: deltaZ + pt1.y });187 uflangePoint.push({ x: deltaX + pt1.x, y: deltaZ + pt1.y });188 uflangePoint.push({ x: deltaX + pt2.x, y: deltaZ + pt2.y });189 uflangePoint.push({ x: deltaX + pt2.x, y: deltaZ + pt2.y });190 } else {191 uflangePoint.push({192 x: deltaX + pt1.x - support.HaunchW - hh1 * hr,193 y: deltaZ - sH + point.gradientY * (pt1.x - support.HaunchW - hh1 * hr),194 });195 uflangePoint.push({196 x: deltaX + pt1.x - support.HaunchW,197 y: deltaZ + pt1.y - gradient * support.HaunchW,198 });199 uflangePoint.push({200 x: deltaX + pt2.x + support.HaunchW,201 y: deltaZ + pt2.y + gradient * support.HaunchW,202 });203 uflangePoint.push({204 x: deltaX + pt2.x + support.HaunchW + hh2 * hr,205 y: deltaZ - sH + point.gradientY * (pt2.x + support.HaunchW + hh2 * hr),206 });207 }208 }209 }210 }211 uflangePoint.pop();212 uflangePoint.shift();213 deckPointDicts.push({214 mp: deckPoint,215 points: [216 { x: deckLpt.offset, y: deckLpt.z - deckPoint.z - endH },217 { x: deckLpt.offset, y: deckLpt.z - deckPoint.z - common.PavementT },218 { x: 0, y: -common.PavementT },219 { x: deckRpt.offset, y: deckRpt.z - deckPoint.z - common.PavementT },220 { x: deckRpt.offset, y: deckRpt.z - deckPoint.z - endH },221 ...uflangePoint.reverse(),222 ],223 });224 }225 let mainPartDefaultInfo = GenDefaultMainPartData(girderLayout, basicSectionInfo, seShape);226 let spSectionDrawing = GenSupportSectionDrawing(deckPointDicts, sectionPoints, properties);227 let endSideDrawing = GenEndSideDrawing(seShape, end, properties);228 let drawing = [...spSectionDrawing, ...endSideDrawing];229 let result = {230 seShape,231 drawing,232 mainPartDefaultInfo,233 // spSectionDrawing,234 };235 return result;236}237export function GenSectionPointDictFn(girderBaseInfo, gridPointDict, gridInput) {238 let result = {};239 let slabToGirder = true; //girderBaseInfo.end.isStraight;240 const sectionInfo = {241 B: girderBaseInfo.common.B,242 H: girderBaseInfo.common.H ? girderBaseInfo.common.H : girderBaseInfo.end.H,243 UL: girderBaseInfo.common.T ? girderBaseInfo.common.T / 2 : girderBaseInfo.common.B / 2,244 UR: girderBaseInfo.common.T ? girderBaseInfo.common.T / 2 : girderBaseInfo.common.B / 2,245 };246 for (let k in gridPointDict) {247 if (k.substr(0, 1) === "G") {248 let point = gridPointDict[k];249 let girderIndex = k.substr(1, 1) - 1;250 let baseInput = {};251 let station = point.mainStation;252 let isFlat = girderBaseInfo.common.isFlat;253 let gradient = isFlat ? 0 : point.gradientY;254 let skew = point.skew;255 let pointSectionInfo = GetPointSectionInfo(station, skew, gridInput, girderIndex, gridPointDict);256 const centerThickness = girderBaseInfo.support.SlabH + girderBaseInfo.support.HaunchH + girderBaseInfo.common.PavementT; //slabInfo.slabThickness + slabInfo.haunchHeight; // slabë³ì ì¶ê°257 const lwb = { x: -sectionInfo.B / 2, y: -sectionInfo.H - centerThickness, z: 0 };258 const lwt = { x: -sectionInfo.UL, y: -centerThickness, z: 0 };259 const rwb = { x: sectionInfo.B / 2, y: -sectionInfo.H - centerThickness, z: 0 };260 const rwt = { x: sectionInfo.UR, y: -centerThickness, z: 0 };261 let forward = {};262 let backward = {};263 let ps = {};264 for (let i = 0; i < 2; i++) {265 if (i === 0) {266 ps = pointSectionInfo.forward;267 } else {268 ps = pointSectionInfo.backward;269 }270 let bottomY = ps.height + centerThickness;271 let topY = slabToGirder ? ps.slabThickness + ps.haunchH + girderBaseInfo.common.PavementT : centerThickness;272 let LRib = [];273 for (let j in ps.lRibLO) {274 let lRib = [275 { x: ps.lRibLO[j] - ps.lRibThk / 2, y: -bottomY, z: 0 },276 { x: ps.lRibLO[j] - ps.lRibThk / 2, y: -bottomY + ps.lRibH, z: 0 },277 { x: ps.lRibLO[j] + ps.lRibThk / 2, y: -bottomY + ps.lRibH, z: 0 },278 { x: ps.lRibLO[j] + ps.lRibThk / 2, y: -bottomY, z: 0 },279 ];280 LRib.push(lRib);281 }282 let URib = [];283 for (let j in ps.uRibLO) {284 let uRib = [285 { x: ps.uRibLO[j] - ps.uRibThk / 2, y: -topY + (ps.uRibLO[j] - ps.uRibThk / 2) * gradient, z: 0 },286 { x: ps.uRibLO[j] - ps.uRibThk / 2, y: -topY - ps.uRibH + ps.uRibLO[j] * gradient, z: 0 },287 { x: ps.uRibLO[j] + ps.uRibThk / 2, y: -topY - ps.uRibH + ps.uRibLO[j] * gradient, z: 0 },288 { x: ps.uRibLO[j] + ps.uRibThk / 2, y: -topY + (ps.uRibLO[j] + ps.uRibThk / 2) * gradient, z: 0 },289 ];290 URib.push(uRib);291 }292 // leftWeb293 let lw1 = GenWebPoint(lwb, lwt, 0, -bottomY); //{x:blwX,y:-height}294 let lw2 = GenWebPoint(lwb, lwt, gradient, -topY); //{x:tlwX,y:gradient*tlwX - slabThickness}295 let lWeb = GenGirderRestPoint(lw1, lw2, 0, gradient, -ps.webThk);296 // rightWeb297 let rw1 = GenWebPoint(rwb, rwt, 0, -bottomY); //{x:brwX,y:-height}298 let rw2 = GenWebPoint(rwb, rwt, gradient, -topY); //{x:trwX,y:gradient*trwX - slabThickness}299 let rWeb = GenGirderRestPoint(rw1, rw2, 0, gradient, ps.webThk);300 // bottomplate301 let lflange = [[], [], []];302 let newbl1 = { x: lw1.x - ps.lFlangeC, y: -bottomY };303 let newbl2 = { x: lw1.x - ps.lFlangeC + ps.lFlangeW, y: -bottomY };304 let newbr1 = { x: rw1.x + ps.lFlangeC, y: -bottomY };305 let newbr2 = { x: rw1.x + ps.lFlangeC - ps.lFlangeW, y: -bottomY };306 if (newbl2.x < newbr2.x) {307 //ì측ì íë ì§ê° ìë¡ ì¤ì²©ë ê²½ì°308 lflange[0] = GenGirderRestPoint(newbl1, newbl2, null, null, -ps.lFlangeThk); //gradientê° 0ì¸ ê²½ì°, infì ëí ìì¸ì²ë¦¬ íì309 lflange[1] = GenGirderRestPoint(newbr1, newbr2, null, null, -ps.lFlangeThk);310 } else {311 lflange[2] = GenGirderRestPoint(newbl1, newbr1, null, null, -ps.lFlangeThk);312 }313 //topPlate314 // let tan = gradient === 0 ? null : -1 / gradient;315 let rad = Math.atan(gradient);316 let cos = Math.cos(rad);317 let sin = Math.sin(rad);318 let uflange = [[], [], []];319 let newtl1 = { x: lw2.x - ps.uFlangeC, y: lw2.y + gradient * -ps.uFlangeC };320 let newtl2 = {321 x: lw2.x - ps.uFlangeC + ps.uFlangeW,322 y: lw2.y + gradient * (-ps.uFlangeC + ps.uFlangeW),323 };324 let newtr1 = { x: rw2.x + ps.uFlangeC, y: rw2.y + gradient * ps.uFlangeC };325 let newtr2 = {326 x: rw2.x + ps.uFlangeC - ps.uFlangeW,327 y: rw2.y + gradient * (ps.uFlangeC - ps.uFlangeW),328 };329 if (newtl2.x < newtr2.x) {330 //ì측ì íë ì§ê° ìë¡ ì¤ì²©ë ê²½ì°331 uflange[0] = [332 newtl1,333 newtl2,334 { x: newtl2.x - sin * ps.uFlangeThk, y: newtl2.y + cos * ps.uFlangeThk },335 { x: newtl1.x - sin * ps.uFlangeThk, y: newtl1.y + cos * ps.uFlangeThk },336 ];337 uflange[1] = [338 newtr1,339 newtr2,340 { x: newtr2.x - sin * ps.uFlangeThk, y: newtr2.y + cos * ps.uFlangeThk },341 { x: newtr1.x - sin * ps.uFlangeThk, y: newtr1.y + cos * ps.uFlangeThk },342 ];343 } else {344 uflange[2] = [345 newtl1,346 newtr1,347 { x: newtr1.x - sin * ps.uFlangeThk, y: newtr1.y + cos * ps.uFlangeThk },348 { x: newtl1.x - sin * ps.uFlangeThk, y: newtl1.y + cos * ps.uFlangeThk },349 ];350 }351 let uflangeSide = [-topY, -topY + ps.uFlangeThk];352 let lflangeSide = [-bottomY, -bottomY - ps.lFlangeThk];353 let webSide = [-bottomY, -topY];354 // íë¶ì½í¬ë¦¬í¸ë íì ìëê² ìë기 ë문ì ë¤ë¥¸ ë¶ì¬ìë 구ë¶ì´ ëì´ì¼ í ë¯í¨. 21.01.18 by drlim355 let lConc = [];356 let lConcSide = [];357 if (ps.lConcThk > 0) {358 lConc.push(359 GenWebPoint(lwb, lwt, 0, -bottomY),360 GenWebPoint(lwb, lwt, 0, -bottomY + ps.lConcThk),361 GenWebPoint(rwb, rwt, 0, -bottomY + ps.lConcThk),362 GenWebPoint(rwb, rwt, 0, -bottomY)363 );364 lConcSide.push(-bottomY, -bottomY + ps.lConcThk);365 }366 baseInput = {367 isDoubleComposite: false, // ì¶í PointSectionInfoì ê´ë ¨ ë³ì ì¶ê°368 isClosedTop: newtl2.x < newtr2.x ? false : true, //ìë¶íëì§ ë¶ë¦¬ì¬ë¶, ë¹ë¶ë¦¬ì ì°¸369 isSeparated: newbl2.x < newbr2.x ? true : false, //íë¶íëì§ ë¶ë¦¬ì¬ë¶, ë¶ë¦¬ì ì°¸370 B1: rw1.x - lw1.x, //ê°ê±°ë íë¶ ë´ë¶í371 B2: rw2.x - lw2.x, //ê°ê±°ë ìë¶ ë´ë¶í372 B3: 3500, //ë°ë¥í ì½í¬ë¦¬í¸ í //ì¬ëë¸ì ëí ì ë³´ë ì¸ë¶ìì ë°ììì¼ í¨373 wlw: TwoPointsLength(lw1, lw2), //ì¢ì¸¡ì¹ í374 wrw: TwoPointsLength(rw1, rw2), //ì°ì¸¡ì¹ í375 wuf: newtl2.x < newtr2.x ? Math.min(ps.uFlangeW, ps.uFlangeC * 2 - ps.webThk) : newtr1.x - newtl1.x, //ìë¶íëì§ í376 wlf: newbl2.x < newbr2.x ? Math.min(ps.lFlangeW, ps.lFlangeC * 2 - ps.webThk) : newbr1.x - newbl1.x, //íë¶íëì§377 gradient: gradient, //ìë¶íëì§ ê¸°ì¸ê¸°378 gradientlf: ps.lFlangeGradient,379 H: bottomY - topY, //ê°ê±°ë ëì´380 tlf: ps.lFlangeThk, //íë¶íëì§ ëê»381 tuf: ps.uFlangeThk, //ìë¶íëì§ëê»382 tw: ps.webThk, //ì¹ëê»383 Tcu: ps.slabThickness, //ë°ë¥íì½í¬ë¦¬í¸ ëê»384 Th: ps.haunchH, //íì¹ëê»385 Tcl: ps.lConcThk, //ì§ì ì½í¬ë¦¬í¸ ëê» //ì§ì ì½í¬ë¦¬í¸ì ëí ì
ë ¥ ë³ì ì¶ê°386 blf: ps.lFlangeC, //íë¶íëì§ ì¸ë¶í387 buf: ps.uFlangeC, //ìë¶íëì§ ì¸ë¶í388 Urib: { thickness: ps.uRibThk, height: ps.uRibH, layout: ps.uRibLO },389 Lrib: { thickness: ps.lRibThk, height: ps.lRibH, layout: ps.lRibLO },390 horizontal_bracing: { d0: 2500, vbArea: 50, dbArea: 50 }, //ìì§ë³´ê°ì¬ ê°ê²©, ìíë¸ë ì´ì± ìì§, ì¬ì¬ ë¨ë©´ì 391 };392 if (i === 0) {393 forward = {394 input: baseInput,395 skew,396 LRib,397 URib,398 uflange,399 lflange,400 web: [lWeb, rWeb],401 uflangeSide,402 lflangeSide,403 webSide,404 lConc,405 lConcSide,406 };407 } else {408 backward = {409 input: baseInput,410 skew,411 LRib,412 URib,413 uflange,414 lflange,415 web: [lWeb, rWeb],416 uflangeSide,417 lflangeSide,418 webSide,419 lConc,420 lConcSide,421 };422 }423 }424 result[k] = { forward, backward };425 }426 }427 return result;428}429export function GenDefaultETCPartDataFn(girderStation, sectionPointDict) {430 let jackupLayout = GenDefaultJackup(girderStation, sectionPointDict);431 let studLayout = GenDefaultStud(girderStation, sectionPointDict);432 let supportLayout = GenDefaultSupport(girderStation, sectionPointDict);433 let hStiffLayout = GenDefaultHStiffner(girderStation, sectionPointDict);434 return { jackupLayout, studLayout, supportLayout, hStiffLayout };435}436function GenSupportSectionDrawing(deckPointDicts, sectionPoints, properties) {437 let result = [];438 const fontSize = 14;439 const layer = "DIM";440 let paperScale = properties ? properties.scale : 1;441 let ps = paperSize[properties.size];442 let xList = [];443 for (let k in deckPointDicts[0].points) {444 xList.push(deckPointDicts[0].points[k].x);445 }446 let pxOffset = ps.x * paperScale;447 let pyOffset = ps.y * paperScale;448 let girderNum = sectionPoints[0].length; //girderStation.length449 let spanNum = deckPointDicts.length; //deck.length450 //451 let slabWidth = Math.max(...xList) - Math.min(...xList);452 let mx = Math.floor(pxOffset / (slabWidth + 4000));453 let my = 2;454 let drawIndex = Math.ceil(spanNum / mx / my);455 for (let j = 0; j < spanNum; j++) {456 let section = { draw: [], dim: [], tag: [] };457 let webDim = [];458 let heightDim = [];459 for (let i = 0; i < girderNum; i++) {460 let girderPoint = sectionPoints[j][i]["point"];461 let deltaZ = girderPoint.z - deckPointDicts[j].mp.z;462 let offset = girderPoint.offset;463 let sectionPoint = sectionPoints[j][i];464 for (let key in sectionPoint) {465 if (key === "uflange" || key === "lflange" || key === "web" || key === "URib" || key === "LRib") {466 for (let k in sectionPoint[key]) {467 if (sectionPoint[key][k].length > 0) {468 let pts = [];469 sectionPoint[key][k].forEach(pt => pts.push({ x: pt.x + offset, y: pt.y + deltaZ }));470 section["draw"].push(new Line(pts, "CYAN", true, null, { name: "Support", part: key }));471 if (key === "web") {472 webDim.push(pts[1]);473 heightDim = [pts[0], pts[1]];474 section["dim"].push(475 ToDimAlign(heightDim, fontSize, layer, false, false, 0, 0, 1, {476 name: "Support",477 part: "dimension",478 })479 );480 // ê° ê±°ëë³ íê³ ë¥¼ ííí´ì¼ íëë°, ì¹ì ëì´ ì¶ë ¥481 }482 }483 }484 }485 }486 }487 let xOffset = ((j % mx) + 0.5) * (pxOffset / mx) + Math.floor(j / mx / my) * pxOffset;488 let yOffset = 0.7 * pyOffset - 1 * (Math.floor(j / mx) % my) * 0.4 * pyOffset;489 let deckPt = deckPointDicts[j].points; //[];490 let dimIndex = deckPt[1].y > deckPt[3].y ? true : false;491 section["draw"].push(new Line(deckPt, "GREEN", true, null, { name: "Support", part: "deck" }));492 section["dim"].push(493 ToDimAlign([deckPt[1], ...webDim, deckPt[3]], 0, "DIM", true, true, 0, dimIndex ? 0 : webDim.length + 1, 1, {494 name: "Support",495 part: "dimension",496 }),497 ToDimAlign([deckPt[1], deckPt[2], deckPt[3]], 0, "DIM", true, true, 0, dimIndex ? 0 : 2, 2, {498 name: "Support",499 part: "dimension",500 }),501 ToDimAlign([deckPt[1], deckPt[3]], 0, "DIM", true, true, 0, dimIndex ? 0 : 1, 3, {502 name: "Support",503 part: "dimension",504 }),505 ToDimAlign([deckPt[0], deckPt[1]], 0, "DIM", false, true, 0, 0, 1, {506 name: "Support",507 part: "dimension",508 })509 );510 result.push(511 ...Layout2D(section["draw"], section["dim"], [], xOffset, yOffset, paperScale, 1, "í¡ë¨ë©´ë - S" + (j + 1).toFixed(), "", 20, 0, false)512 );513 let multiPlot = [{ yOffset: 0, num: drawIndex, title: "êµëë¨ë©´ ìì½ë" }];514 result.push(...Plot2D(properties, multiPlot));515 }516 return result;517}518function GenEndSideDrawing(seShape, endSection, properties) {519 let result = [];520 let paperScale = properties ? properties.scale : 1;521 let ps = paperSize[properties.size];522 let pxOffset = ps.x * paperScale;523 let pyOffset = ps.y * paperScale;524 let xOffset = pxOffset * 0.5;525 let yOffset = -1 * pyOffset * 0.3;526 for (let k = 0; k < 2; k++) {527 let side = { draw: [], dim: [], tag: [] };528 let shape = k === 0 ? seShape.start : seShape.end;529 let sn = k === 0 ? 1 : -1;530 let Xi = k === 0 ? 0 : shape.A + shape.D + shape.F + shape.G + 2000;531 let title = k === 0 ? "ìì ë¶-측면ë" : "ì¢
ì ë¶-측면ë";532 let sAbut = [533 { x: Xi + sn * -200, y: 0 },534 { x: Xi, y: 0 },535 { x: Xi, y: -shape.endSlabH - endSection.H + endSection.CutH },536 ];537 let sDeck = [538 //íì¹ëê»ê¹ì§ ëí´ì¼í ë¯í¨.539 { x: Xi + sn * (shape.A + shape.D + shape.F + shape.G + 2000), y: -shape.slabH },540 { x: Xi + sn * (shape.A + shape.D + shape.F + shape.G), y: -shape.slabH },541 { x: Xi + sn * (shape.A + shape.D + shape.F), y: -shape.endSlabH },542 { x: Xi + sn * (shape.A + shape.D), y: -shape.endSlabH },543 { x: Xi + sn * shape.A, y: -shape.endSlabH },544 { x: Xi + sn * shape.A, y: 0 },545 { x: Xi + sn * (shape.A + shape.D), y: 0 },546 { x: Xi + sn * (shape.A + shape.D + shape.F), y: 0 },547 { x: Xi + sn * (shape.A + shape.D + shape.F + shape.G), y: 0 },548 { x: Xi + sn * (shape.A + shape.D + shape.F + shape.G + 2000), y: 0 },549 ];550 let sWeb = [551 { x: Xi + sn * (shape.A + shape.D), y: -shape.endSlabH },552 { x: Xi + sn * (shape.A + shape.D), y: -shape.endSlabH - endSection.H + endSection.CutH },553 { x: Xi + sn * (shape.A + shape.D + endSection.CutL), y: -shape.endSlabH - endSection.H + endSection.CutH },554 { x: Xi + sn * (shape.A + shape.D + endSection.CutL), y: -shape.endSlabH - endSection.H },555 { x: Xi + sn * (shape.A + shape.D + shape.F + shape.G + 2000), y: -shape.endSlabH - endSection.H },556 ];557 side["draw"].push(new Line(sDeck, "GREEN", false, null, { name: "End-Side", part: "deck" }));558 side["draw"].push(new Line(sAbut, "GREEN", false, null, { name: "End-Side", part: "abutment" }));559 let isClockwise = k === 0 ? true : false;560 side["draw"].push(561 new Line([sWeb[0], ...GetPointsWithBulge([sWeb[1], sWeb[2], sWeb[3]], 100, isClockwise), sWeb[4]], "CYAN", false, null, {562 name: "End-Side",563 part: "web",564 })565 );566 let isTop = k === 0 ? true : false;567 side["dim"].push(568 ToDimAlign([sAbut[1], sDeck[5], sDeck[6], sDeck[7], sDeck[8]], 0, "DIM", true, true, 0, 1, 1, {569 name: "End-Side",570 part: "dimension",571 }),572 ToDimAlign([sDeck[7], sDeck[2], sWeb[3]], 0, "DIM", false, isTop, 0, 0, 1, {573 name: "End-Side",574 part: "dimension",575 }),576 ToDimAlign([sDeck[8], sDeck[1], sWeb[3]], 0, "DIM", false, isTop, 0, 1, 1, {577 name: "End-Side",578 part: "dimension",579 })580 );581 result.push(...Layout2D(side["draw"], side["dim"], [], xOffset, yOffset - pyOffset * k * 0.3, paperScale, 2, title, "", 15, 0, true));582 }583 let multiPlot = [{ yOffset: -1 * pyOffset, num: 1, title: "ìì¢
ì ë¶ ìì½ë" }];584 result.push(...Plot2D(properties, multiPlot));585 return result;586}587function GenDefaultMainPartData(girderLayout, basicSectionInfo, seShape) {588 let end = basicSectionInfo.end;589 let support = basicSectionInfo.support;590 let common = basicSectionInfo.common;591 let auto = basicSectionInfo.auto;592 let Height = GenDefaultGirderHeight(girderLayout, end, support, common, seShape);593 let flange = GenDefaultFlange(girderLayout, end, support, common, auto);594 let joint = GenDefaultFactoryJoint(girderLayout, common);595 let stiff = GenDefaultStiffPoint(girderLayout, end, support, auto, seShape);596 // slabLayout = [구ê°ëª
, ì¬ëë¸ëê», ì¼í¸ë ë²ì¬ëë¸ëê», ]597 let slabLayout = [598 ["CRK0", end.SlabH, end.SlabEndH, -1 * common.SlabLeft, common.SlabRight, 0],599 ["CRK2", end.SlabH, end.SlabEndH, -1 * common.SlabLeft, common.SlabRight, 0],600 ["CRK3", support.SlabH, support.SlabEndH, -1 * common.SlabLeft, common.SlabRight, basicSectionInfo.support.HaunchH],601 ["CRK4", support.SlabH, support.SlabEndH, -1 * common.SlabLeft, common.SlabRight, basicSectionInfo.support.HaunchH],602 ["CRK5", end.SlabH, end.SlabEndH, -1 * common.SlabLeft, common.SlabRight, 0],603 ["CRK7", end.SlabH, end.SlabEndH, -1 * common.SlabLeft, common.SlabRight, 0],604 ];605 return {606 range: {607 H: Height.hLayout,608 TW: flange.ufwLayout,609 BW: flange.lfwLayout,610 TF: joint.TFLayout,611 BF: joint.BFLayout,612 WF: joint.WFLayout,613 TR: flange.uRib,614 BR: flange.lRib,615 LC: stiff.lConcLayout,616 },617 point: { D: stiff.diaLayout, V: stiff.vStiffLayout, SP: stiff.SpliceLayout },618 slabLayout,619 xbeamLayout: stiff.xbeamLayout,620 }; //ì¢
리ë¸ì ê°ì ë¶ì°ìí ë¶ì¬ì ëí ë´ì© ì¶ê°íì621}622function GenDefaultGirderHeight(girderLayout, endSection, supportSection, auto, SEShape) {623 let girderNum = girderLayout.girderCount;624 let supportNum = girderLayout.supportCount;625 let supportData = girderLayout.input.supports;626 let hLayout = [];627 let diaSpacing = auto.diaSpacing; //ê³µíµë³ìë¡ë¶í° ì
ë ¥628 let c0 = 15000 * 2; //ê³µíµë³ìë¡ë¶í° ì
ë ¥ auto.HeightTaperStart629 let c1 = 1250 * 2; //ê³µíµë³ìë¡ë¶í° ì
ë ¥ auto.HeightTaperEnd630 let c2 = 0;631 for (let i = 0; i < girderNum; i++) {632 let hSub = [];633 for (let j = 1; j < supportNum - 1; j++) {634 let benchMarkName = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);635 if (j === 1) {636 if (endSection.CutL * endSection.CutH > 0) {637 c2 = endSection.CutL - (supportData[j][1] - SEShape.start.A + SEShape.start.D);638 hSub.push([benchMarkName, c2, endSection.H - endSection.CutH, endSection.H - endSection.CutH, "straight"]);639 }640 } else if (j > 1 && j < supportNum - 2) {641 hSub.push([benchMarkName, -c0, endSection.H, endSection.H, "straight"]);642 hSub.push([benchMarkName, -c1, endSection.H, supportSection.H, "circle"]);643 hSub.push([benchMarkName, c1, supportSection.H, supportSection.H, "straight"]);644 hSub.push([benchMarkName, c0, supportSection.H, endSection.H, "circle"]);645 } else if (j === supportNum - 2) {646 if (endSection.CutL * endSection.CutH > 0) {647 c2 = endSection.CutL - (supportData[j + 1][1] - SEShape.end.A + SEShape.end.D);648 hSub.push([benchMarkName, -c2, endSection.H, endSection.H, "straight"]);649 hSub.push(["end", 0, endSection.H - endSection.CutH, endSection.H - endSection.CutH, "straight"]);650 } else {651 hSub.push(["end", 0, endSection.H, endSection.H, "straight"]);652 }653 }654 }655 hLayout.push(hSub);656 }657 return { hLayout };658}659function GenDefaultFlange(girderLayout, endSection, supportSection, common, auto) {660 let girderNum = girderLayout.girderCount;661 let supportNum = girderLayout.supportCount;662 let webThickness = 12; //ì¶í ì¸ë¶ìì ë°ììì¼í ë¯í¨663 let RibHeight = 150;664 let bottomRibHeight = 220;665 let RibThickness = 14;666 let bottomRibThickness = 22;667 let diaSpacing = auto.diaSpacing; //ê³µíµë³ì668 let boxLength = diaSpacing * 2; //ê³µíµë³ìë¡ë¶í°669 let taperLength = diaSpacing / 2; //ê³µíµë³ìë¡ë¶í°670 let taperWidth = 800;671 let taperMargin = 250;672 let ufwLayout = [];673 let lfwLayout = [];674 let uRib = [];675 let lRib = [];676 for (let i = 0; i < girderNum; i++) {677 let ufSub = [];678 let lfSub = [];679 let uRibSub = [];680 let lRibSub = [];681 for (let j = 1; j < supportNum - 1; j++) {682 let benchMarkName = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);683 if (j === 1) {684 if (endSection.Box) {685 ufSub.push([686 benchMarkName,687 boxLength / 2,688 supportSection.UF,689 supportSection.UF,690 supportSection.UF / 2 - common.B / 2,691 supportSection.UF / 2 - common.B / 2,692 ]);693 lfSub.push([694 benchMarkName,695 boxLength / 2,696 supportSection.LF,697 supportSection.LF,698 supportSection.LF / 2 - common.B / 2,699 supportSection.LF / 2 - common.B / 2,700 ]);701 ufSub.push([702 benchMarkName,703 boxLength / 2 + taperMargin,704 supportSection.UF,705 supportSection.UF,706 endSection.UF / 2 - common.B / 2,707 endSection.UF / 2 - common.B / 2,708 ]);709 lfSub.push([710 benchMarkName,711 boxLength / 2 + taperMargin,712 supportSection.LF,713 supportSection.LF,714 endSection.LF / 2 - common.B / 2,715 endSection.LF / 2 - common.B / 2,716 ]);717 ufSub.push([718 benchMarkName,719 boxLength / 2 + taperLength,720 endSection.UF,721 endSection.UF,722 endSection.UF / 2 - common.B / 2,723 endSection.UF / 2 - common.B / 2,724 ]);725 lfSub.push([726 benchMarkName,727 boxLength / 2 + taperLength,728 endSection.LF,729 endSection.LF,730 endSection.LF / 2 - common.B / 2,731 endSection.LF / 2 - common.B / 2,732 ]);733 uRibSub.push([benchMarkName, +boxLength / 2 + taperMargin, RibThickness, RibHeight, "-400,400"]);734 lRibSub.push([benchMarkName, +boxLength / 2 + taperMargin, bottomRibThickness, bottomRibHeight, "-400,400"]);735 }736 } else if (j > 1 && j < supportNum - 2) {737 ufSub.push([738 benchMarkName,739 -boxLength - taperLength,740 endSection.UF,741 endSection.UF,742 endSection.UF / 2 - common.B / 2,743 endSection.UF / 2 - common.B / 2,744 ]);745 lfSub.push([746 benchMarkName,747 -boxLength - taperLength,748 endSection.LF,749 endSection.LF,750 endSection.LF / 2 - common.B / 2,751 endSection.LF / 2 - common.B / 2,752 ]);753 ufSub.push([754 benchMarkName,755 -boxLength - taperMargin,756 endSection.UF,757 endSection.UF,758 endSection.UF / 2 - common.B / 2,759 endSection.UF / 2 - common.B / 2,760 ]);761 lfSub.push([762 benchMarkName,763 -boxLength - taperMargin,764 endSection.LF,765 endSection.LF,766 endSection.LF / 2 - common.B / 2,767 endSection.LF / 2 - common.B / 2,768 ]);769 ufSub.push([770 benchMarkName,771 -boxLength,772 supportSection.UF,773 supportSection.UF,774 endSection.UF / 2 - common.B / 2,775 endSection.UF / 2 - common.B / 2,776 ]);777 lfSub.push([778 benchMarkName,779 -boxLength,780 supportSection.LF,781 supportSection.LF,782 endSection.LF / 2 - common.B / 2,783 endSection.LF / 2 - common.B / 2,784 ]);785 ufSub.push([786 benchMarkName,787 boxLength,788 supportSection.UF,789 supportSection.UF,790 supportSection.UF / 2 - common.B / 2,791 supportSection.UF / 2 - common.B / 2,792 ]);793 lfSub.push([794 benchMarkName,795 boxLength,796 supportSection.LF,797 supportSection.LF,798 supportSection.LF / 2 - common.B / 2,799 supportSection.LF / 2 - common.B / 2,800 ]);801 ufSub.push([802 benchMarkName,803 boxLength + taperMargin,804 supportSection.UF,805 supportSection.UF,806 endSection.UF / 2 - common.B / 2,807 endSection.UF / 2 - common.B / 2,808 ]);809 lfSub.push([810 benchMarkName,811 boxLength + taperMargin,812 supportSection.LF,813 supportSection.LF,814 endSection.UF / 2 - common.B / 2,815 endSection.LF / 2 - common.B / 2,816 ]);817 ufSub.push([818 benchMarkName,819 boxLength + taperLength,820 endSection.UF,821 endSection.UF,822 endSection.UF / 2 - common.B / 2,823 endSection.UF / 2 - common.B / 2,824 ]);825 lfSub.push([826 benchMarkName,827 boxLength + taperLength,828 endSection.LF,829 endSection.LF,830 endSection.LF / 2 - common.B / 2,831 endSection.LF / 2 - common.B / 2,832 ]);833 uRibSub.push([benchMarkName, -boxLength - taperMargin, 0, 0, ""]);834 uRibSub.push([benchMarkName, +boxLength + taperMargin, RibThickness, RibHeight, "-400,400"]);835 lRibSub.push([benchMarkName, -boxLength - taperMargin, 0, 0, ""]);836 lRibSub.push([benchMarkName, +boxLength + taperMargin, bottomRibThickness, bottomRibHeight, "-400,400"]);837 } else if (j === supportNum - 2) {838 if (endSection.Box) {839 ufSub.push([840 benchMarkName,841 -boxLength / 2 - taperLength,842 endSection.UF,843 endSection.UF,844 endSection.UF / 2 - common.B / 2,845 endSection.UF / 2 - common.B / 2,846 ]);847 lfSub.push([848 benchMarkName,849 -boxLength / 2 - taperLength,850 endSection.LF,851 endSection.LF,852 endSection.LF / 2 - common.B / 2,853 endSection.LF / 2 - common.B / 2,854 ]);855 ufSub.push([856 benchMarkName,857 -boxLength / 2 - taperMargin,858 endSection.UF,859 endSection.UF,860 endSection.UF / 2 - common.B / 2,861 endSection.UF / 2 - common.B / 2,862 ]);863 lfSub.push([864 benchMarkName,865 -boxLength / 2 - taperMargin,866 endSection.LF,867 endSection.LF,868 endSection.LF / 2 - common.B / 2,869 endSection.LF / 2 - common.B / 2,870 ]);871 ufSub.push([872 benchMarkName,873 -boxLength / 2,874 supportSection.UF,875 supportSection.UF,876 endSection.UF / 2 - common.B / 2,877 endSection.UF / 2 - common.B / 2,878 ]);879 lfSub.push([880 benchMarkName,881 -boxLength / 2,882 supportSection.LF,883 supportSection.LF,884 endSection.LF / 2 - common.B / 2,885 endSection.LF / 2 - common.B / 2,886 ]);887 ufSub.push([888 "end",889 0,890 supportSection.UF,891 supportSection.UF,892 supportSection.UF / 2 - common.B / 2,893 supportSection.UF / 2 - common.B / 2,894 ]);895 lfSub.push([896 "end",897 0,898 supportSection.LF,899 supportSection.LF,900 supportSection.LF / 2 - common.B / 2,901 supportSection.LF / 2 - common.B / 2,902 ]);903 uRibSub.push([benchMarkName, -boxLength / 2 - taperMargin, 0, 0, ""]);904 lRibSub.push([benchMarkName, -boxLength / 2 - taperMargin, 0, 0, ""]);905 uRibSub.push(["end", 0, RibThickness, RibHeight, "-400,400"]);906 lRibSub.push(["end", 0, bottomRibThickness, bottomRibHeight, "-400,400"]);907 } else {908 ufSub.push(["end", 0, endSection.UF, endSection.UF, endSection.UF / 2 + webThickness / 2, endSection.UF / 2 + webThickness / 2]);909 lfSub.push(["end", 0, endSection.LF, endSection.LF, endSection.LF / 2 + webThickness / 2, endSection.LF / 2 + webThickness / 2]);910 uRibSub.push(["end", 0, 0, 0, ""]);911 lRibSub.push(["end", 0, 0, 0, ""]);912 }913 }914 }915 ufwLayout.push(ufSub);916 lfwLayout.push(lfSub);917 uRib.push(uRibSub);918 lRib.push(lRibSub);919 }920 return { ufwLayout, lfwLayout, uRib, lRib };921}922// function GenDefaultFlange(girderLayout, endSection, supportSection, common, auto) {923// let girderNum = girderLayout.girderCount;924// let supportNum = girderLayout.supportCount;925// let webThickness = 12; //ì¶í ì¸ë¶ìì ë°ììì¼í ë¯í¨926// let RibHeight = 150;927// let bottomRibHeight = 220;928// let RibThickness = 14;929// let bottomRibThickness = 22;930// let diaSpacing = auto.diaSpacing; //ê³µíµë³ì931// let boxLength = diaSpacing * 2; //ê³µíµë³ìë¡ë¶í°932// let taperLength = diaSpacing / 2; //ê³µíµë³ìë¡ë¶í°933// let taperWidth = 800;934// let taperMargin = 250;935// let ufwLayout = [];936// let lfwLayout = [];937// let uRib = [];938// let lRib = [];939// for (let i = 0; i < girderNum; i++) {940// let ufSub = [];941// let lfSub = [];942// let uRibSub = [];943// let lRibSub = [];944// for (let j = 1; j < supportNum - 1; j++) {945// let benchMarkName = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);946// if (j === 1) {947// if (endSection.Box) {948// ufSub.push([949// benchMarkName,950// boxLength / 2,951// supportSection.UF,952// supportSection.UF,953// supportSection.UF / 2 - common.B / 2,954// supportSection.UF / 2 - common.B / 2,955// ]);956// lfSub.push([957// benchMarkName,958// boxLength / 2,959// supportSection.LF,960// supportSection.LF,961// supportSection.LF / 2 - common.B / 2,962// supportSection.LF / 2 - common.B / 2,963// ]);964// ufSub.push([965// benchMarkName,966// boxLength / 2 + taperMargin,967// supportSection.UF,968// supportSection.UF,969// endSection.UF / 2 + webThickness / 2,970// endSection.UF / 2 + webThickness / 2,971// ]);972// lfSub.push([973// benchMarkName,974// boxLength / 2 + taperMargin,975// supportSection.LF,976// supportSection.LF,977// endSection.UF / 2 + webThickness / 2,978// endSection.LF / 2 + webThickness / 2,979// ]);980// ufSub.push([981// benchMarkName,982// boxLength / 2 + taperLength,983// taperWidth,984// endSection.UF,985// endSection.UF / 2 + webThickness / 2,986// endSection.UF / 2 + webThickness / 2,987// ]);988// lfSub.push([989// benchMarkName,990// boxLength / 2 + taperLength,991// taperWidth,992// endSection.LF,993// endSection.LF / 2 + webThickness / 2,994// endSection.LF / 2 + webThickness / 2,995// ]);996// uRibSub.push([benchMarkName, +boxLength / 2 + taperMargin, RibThickness, RibHeight, "-400,400"]);997// lRibSub.push([benchMarkName, +boxLength / 2 + taperMargin, bottomRibThickness, bottomRibHeight, "-400,400"]);998// }999// } else if (j > 1 && j < supportNum - 2) {1000// ufSub.push([1001// benchMarkName,1002// -boxLength - taperLength,1003// endSection.UF,1004// endSection.UF,1005// endSection.UF / 2 + webThickness / 2,1006// endSection.UF / 2 + webThickness / 2,1007// ]);1008// lfSub.push([1009// benchMarkName,1010// -boxLength - taperLength,1011// endSection.LF,1012// endSection.LF,1013// endSection.LF / 2 + webThickness / 2,1014// endSection.LF / 2 + webThickness / 2,1015// ]);1016// ufSub.push([1017// benchMarkName,1018// -boxLength - taperMargin,1019// endSection.UF,1020// taperWidth,1021// endSection.UF / 2 + webThickness / 2,1022// endSection.UF / 2 + webThickness / 2,1023// ]);1024// lfSub.push([1025// benchMarkName,1026// -boxLength - taperMargin,1027// endSection.LF,1028// taperWidth,1029// endSection.LF / 2 + webThickness / 2,1030// endSection.LF / 2 + webThickness / 2,1031// ]);1032// ufSub.push([1033// benchMarkName,1034// -boxLength,1035// supportSection.UF,1036// supportSection.UF,1037// endSection.UF / 2 + webThickness / 2,1038// endSection.UF / 2 + webThickness / 2,1039// ]);1040// lfSub.push([1041// benchMarkName,1042// -boxLength,1043// supportSection.LF,1044// supportSection.LF,1045// endSection.LF / 2 + webThickness / 2,1046// endSection.LF / 2 + webThickness / 2,1047// ]);1048// ufSub.push([1049// benchMarkName,1050// boxLength,1051// supportSection.UF,1052// supportSection.UF,1053// supportSection.UF / 2 - common.B / 2,1054// supportSection.UF / 2 - common.B / 2,1055// ]);1056// lfSub.push([1057// benchMarkName,1058// boxLength,1059// supportSection.LF,1060// supportSection.LF,1061// supportSection.LF / 2 - common.B / 2,1062// supportSection.LF / 2 - common.B / 2,1063// ]);1064// ufSub.push([1065// benchMarkName,1066// boxLength + taperMargin,1067// supportSection.UF,1068// supportSection.UF,1069// endSection.UF / 2 + webThickness / 2,1070// endSection.UF / 2 + webThickness / 2,1071// ]);1072// lfSub.push([1073// benchMarkName,1074// boxLength + taperMargin,1075// supportSection.LF,1076// supportSection.LF,1077// endSection.UF / 2 + webThickness / 2,1078// endSection.LF / 2 + webThickness / 2,1079// ]);1080// ufSub.push([1081// benchMarkName,1082// boxLength + taperLength,1083// taperWidth,1084// endSection.UF,1085// endSection.UF / 2 + webThickness / 2,1086// endSection.UF / 2 + webThickness / 2,1087// ]);1088// lfSub.push([1089// benchMarkName,1090// boxLength + taperLength,1091// taperWidth,1092// endSection.LF,1093// endSection.LF / 2 + webThickness / 2,1094// endSection.LF / 2 + webThickness / 2,1095// ]);1096// uRibSub.push([benchMarkName, -boxLength - taperMargin, 0, 0, ""]);1097// uRibSub.push([benchMarkName, +boxLength + taperMargin, RibThickness, RibHeight, "-400,400"]);1098// lRibSub.push([benchMarkName, -boxLength - taperMargin, 0, 0, ""]);1099// lRibSub.push([benchMarkName, +boxLength + taperMargin, bottomRibThickness, bottomRibHeight, "-400,400"]);1100// } else if (j === supportNum - 2) {1101// if (endSection.Box) {1102// ufSub.push([1103// benchMarkName,1104// -boxLength / 2 - taperLength,1105// endSection.UF,1106// endSection.UF,1107// endSection.UF / 2 + webThickness / 2,1108// endSection.UF / 2 + webThickness / 2,1109// ]);1110// lfSub.push([1111// benchMarkName,1112// -boxLength / 2 - taperLength,1113// endSection.LF,1114// endSection.LF,1115// endSection.LF / 2 + webThickness / 2,1116// endSection.LF / 2 + webThickness / 2,1117// ]);1118// ufSub.push([1119// benchMarkName,1120// -boxLength / 2 - taperMargin,1121// endSection.UF,1122// taperWidth,1123// endSection.UF / 2 + webThickness / 2,1124// endSection.UF / 2 + webThickness / 2,1125// ]);1126// lfSub.push([1127// benchMarkName,1128// -boxLength / 2 - taperMargin,1129// endSection.LF,1130// taperWidth,1131// endSection.LF / 2 + webThickness / 2,1132// endSection.LF / 2 + webThickness / 2,1133// ]);1134// ufSub.push([1135// benchMarkName,1136// -boxLength / 2,1137// supportSection.UF,1138// supportSection.UF,1139// endSection.UF / 2 + webThickness / 2,1140// endSection.UF / 2 + webThickness / 2,1141// ]);1142// lfSub.push([1143// benchMarkName,1144// -boxLength / 2,1145// supportSection.LF,1146// supportSection.LF,1147// endSection.LF / 2 + webThickness / 2,1148// endSection.LF / 2 + webThickness / 2,1149// ]);1150// ufSub.push([1151// "end",1152// 0,1153// supportSection.UF,1154// supportSection.UF,1155// supportSection.UF / 2 - common.B / 2,1156// supportSection.UF / 2 - common.B / 2,1157// ]);1158// lfSub.push([1159// "end",1160// 0,1161// supportSection.LF,1162// supportSection.LF,1163// supportSection.LF / 2 - common.B / 2,1164// supportSection.LF / 2 - common.B / 2,1165// ]);1166// uRibSub.push([benchMarkName, -boxLength / 2 - taperMargin, 0, 0, ""]);1167// lRibSub.push([benchMarkName, -boxLength / 2 - taperMargin, 0, 0, ""]);1168// uRibSub.push(["end", 0, RibThickness, RibHeight, "-400,400"]);1169// lRibSub.push(["end", 0, bottomRibThickness, bottomRibHeight, "-400,400"]);1170// } else {1171// ufSub.push(["end", 0, endSection.UF, endSection.UF, endSection.UF / 2 + webThickness / 2, endSection.UF / 2 + webThickness / 2]);1172// lfSub.push(["end", 0, endSection.LF, endSection.LF, endSection.LF / 2 + webThickness / 2, endSection.LF / 2 + webThickness / 2]);1173// uRibSub.push(["end", 0, 0, 0, ""]);1174// lRibSub.push(["end", 0, 0, 0, ""]);1175// }1176// }1177// }1178// ufwLayout.push(ufSub);1179// lfwLayout.push(lfSub);1180// uRib.push(uRibSub);1181// lRib.push(lRibSub);1182// }1183// return { ufwLayout, lfwLayout, uRib, lRib };1184// }1185function GenDefaultFactoryJoint(girderLayout, common) {1186 let girderNum = girderLayout.girderCount;1187 let supportNum = girderLayout.supportCount;1188 let diaSpacing = 5000; //ê³µíµë³ì1189 let TFLayout = [];1190 let BFLayout = [];1191 let WFLayout = [];1192 let thickness1 = 16;1193 let thickness2 = 20;1194 let thickness3 = 22;1195 for (let i = 0; i < girderNum; i++) {1196 let TFSub = [];1197 let BFSub = [];1198 let WFSub = [];1199 for (let j = 1; j < supportNum - 1; j++) {1200 let benchMarkName = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);1201 if (j === 1) {1202 } else if (j > 1 && j < supportNum - 2) {1203 TFSub.push([benchMarkName, -1.75 * diaSpacing, thickness1]);1204 BFSub.push([benchMarkName, -1.25 * diaSpacing, thickness2]);1205 WFSub.push([benchMarkName, -2.25 * diaSpacing, thickness1]);1206 TFSub.push([benchMarkName, 1.75 * diaSpacing, thickness2]);1207 BFSub.push([benchMarkName, 1.25 * diaSpacing, thickness3]);1208 WFSub.push([benchMarkName, 2.25 * diaSpacing, thickness2]);1209 } else if (j === supportNum - 2) {1210 TFSub.push(["end", 0, thickness1]);1211 BFSub.push(["end", 0, thickness2]);1212 WFSub.push(["end", 0, thickness1]);1213 }1214 }1215 TFLayout.push(TFSub);1216 BFLayout.push(BFSub);1217 WFLayout.push(WFSub);1218 }1219 return { TFLayout, BFLayout, WFLayout };1220}1221function GenDefaultStiffPoint(girderLayout, end, support, auto, SEShape) {1222 let girderNum = girderLayout.girderCount;1223 let supportNum = girderLayout.supportCount;1224 let diaSpacing = auto.diaSpacing; //ê³µíµë³ì1225 let segMaxLength = auto.segMaxLength;1226 let lConcThickness = support.LCONC;1227 // let endSpliceSegMax = 9000;1228 // let centerSpliceSegMax = 12000;1229 // let supportSpliceSegMax = 10000;1230 let diaLayout = [];1231 let vStiffLayout = [];1232 let SpliceLayout = [];1233 let lConcLayout = [];1234 let gridPointDict = GenDefaultGridPointDict(girderLayout, SEShape);1235 for (let i = 0; i < girderNum; i++) {1236 let diaSub = [];1237 let vStiffSub = [];1238 let spliceSub = [];1239 let lConcSub = [];1240 let skew1 = Math.PI / 2;1241 let skew2 = Math.PI / 2;1242 for (let j = 1; j < supportNum - 2; j++) {1243 let benchMarkName = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);1244 let ptName1 = "G" + (i + 1).toFixed(0) + "S" + j.toFixed(0);1245 let ptName2 = "G" + (i + 1).toFixed(0) + "S" + (j + 1).toFixed(0);1246 let point1 = gridPointDict[ptName1];1247 let point2 = gridPointDict[ptName2];1248 skew1 = point1.skew;1249 skew2 = point2.skew;1250 let sLength = point2.mainStation - point1.mainStation;1251 let diaNum = Math.floor(sLength / diaSpacing);1252 let remain = sLength % diaSpacing;1253 let diaList = [];1254 let vStiffList = [];1255 let spList = [];1256 let sp = 0;1257 let totalSp = 0;1258 let a = 0;1259 let n = 2; //íì ì§ìì´ì´ì¼í¨1260 if (j === 1) {1261 while (totalSp < sLength) {1262 diaList.push(totalSp);1263 if (a < n && remain > 0) {1264 sp = (remain + (n - 1) * diaSpacing) / n;1265 } else {1266 sp = diaSpacing;1267 }1268 vStiffList.push(totalSp + sp / 2);1269 spList.push(totalSp + sp / 4, totalSp + (sp * 3) / 4);1270 totalSp += sp;1271 a++;1272 if (a > 100) {1273 break;1274 }1275 }1276 } else if (j > 1 && j < supportNum - 3) {1277 while (totalSp < sLength) {1278 diaList.push(totalSp);1279 if (diaNum % 2 === 0) {1280 //ì§ìë¶í 1281 if (a >= (diaNum - n) / 2 && a <= (diaNum + n) / 2 && remain > 0) {1282 sp = (remain + n * diaSpacing) / (n + 1);1283 } else {1284 sp = diaSpacing;1285 }1286 } else {1287 // íìë¶í 1288 if (a >= (diaNum - n) / 2 && a <= (diaNum + n) / 2 && remain > 0) {1289 sp = (remain + (n - 1) * diaSpacing) / n;1290 } else {1291 sp = diaSpacing;1292 }1293 }1294 vStiffList.push(totalSp + sp / 2);1295 spList.push(totalSp + sp / 4, totalSp + (sp * 3) / 4);1296 totalSp += sp;1297 a++;1298 if (a > 100) {1299 break;1300 }1301 }1302 } else if (j === supportNum - 3) {1303 while (totalSp < sLength) {1304 diaList.push(totalSp);1305 if (a > diaNum - 2 && remain > 0) {1306 sp = (remain + (n - 1) * diaSpacing) / n;1307 } else {1308 sp = diaSpacing;1309 }1310 vStiffList.push(totalSp + sp / 2);1311 spList.push(totalSp + sp / 4, totalSp + (sp * 3) / 4);1312 totalSp += sp;1313 a++;1314 if (a > 100) {1315 break;1316 }1317 }1318 }1319 let spNum = 0;1320 let sIndex = 0;1321 let eIndex = 0;1322 if (j === 1) {1323 sIndex = 3;1324 eIndex = 2;1325 } else if (j > 1 && j < supportNum - 3) {1326 sIndex = 1;1327 eIndex = 2;1328 } else if (j === supportNum - 3) {1329 sIndex = 1;1330 eIndex = 4;1331 }1332 spNum = spList.length - sIndex - eIndex;1333 if (j === 1) {1334 for (let d = 0; d < diaList.length; d++) {1335 if (d === 0 || d === diaList.length - 1) {1336 let skew = ((d === 0 ? skew1 : skew2) * 180) / Math.PI;1337 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì§ì ", skew]);1338 } else {1339 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1340 }1341 // if (d === 0 || d === 1) {1342 // if (end.Box) {1343 // if (d === 0) {1344 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì§ì ", skew1]);1345 // } else {1346 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1347 // }1348 // } else {1349 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì-ë³¼í¸", 90]);1350 // }1351 // } else if (d === 2) {1352 // if (end.Box) {1353 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1354 // } else {1355 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì¤-ë³¼í¸", 90]);1356 // }1357 // } else if (d > 2 && d < diaList.length - 3) {1358 // if (end.Box && d === 3) {1359 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1360 // } else {1361 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì¤", 90]);1362 // }1363 // } else if (d === diaList.length - 3) {1364 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1365 // } else if (d === diaList.length - 2 || d === diaList.length - 1) {1366 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1367 // } else {1368 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1369 // }1370 }1371 for (let v = 0; v < vStiffList.length; v++) {1372 if (v < 2) {1373 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1374 } else if (v < diaList.length - 2) {1375 vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°2"]);1376 } else {1377 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1378 }1379 // if (v < 2) {1380 // if (end.Box) {1381 // vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1382 // } else {1383 // vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°1"]);1384 // }1385 // } else if (v < diaList.length - 2) {1386 // vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°2"]);1387 // } else {1388 // vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1389 // }1390 }1391 } else if (j > 1 && j < supportNum - 3) {1392 for (let d = 0; d < diaList.length; d++) {1393 if (d === 0) {1394 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì§ì ", 90]);1395 } else {1396 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1397 }1398 // else if (d === 1 || d === 2) {1399 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1400 // } else if (d === 3) {1401 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1402 // } else if (d > 3 && d < diaList.length - 3) {1403 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì¤", 90]);1404 // } else if (d === diaList.length - 3) {1405 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1406 // } else if (d === diaList.length - 2 || d === diaList.length - 1) {1407 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1408 // }1409 }1410 for (let v = 0; v < vStiffList.length; v++) {1411 if (v < 2) {1412 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1413 } else if (v < diaList.length - 2) {1414 vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°2"]);1415 } else {1416 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1417 }1418 }1419 } else if (j === supportNum - 3) {1420 for (let d = 0; d < diaList.length; d++) {1421 if (d === 0 || d === diaList.length - 1) {1422 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì§ì ", 90]);1423 } else {1424 diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1425 }1426 // if (d === 0) {1427 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì§ì ", 90]);1428 // } else if (d === 1 || d === 2) {1429 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1430 // } else if (d === 3) {1431 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1432 // } else if (d > 3 && d < diaList.length - 3) {1433 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì¤", 90]);1434 // } else if (d === diaList.length - 3) {1435 // if (end.Box) {1436 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-í", 90]);1437 // } else {1438 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì¤-ë³¼í¸", 90]);1439 // }1440 // } else if (d === diaList.length - 2 || d === diaList.length - 1) {1441 // if (end.Box) {1442 // diaSub.push([benchMarkName, diaList[d], "ë°ì¤ë¶-ì¤ìí", 90]);1443 // } else {1444 // diaSub.push([benchMarkName, diaList[d], "íë ì´í¸-ì-ë³¼í¸", 90]);1445 // }1446 // }1447 }1448 for (let v = 0; v < vStiffList.length; v++) {1449 if (v < 2) {1450 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1451 } else if (v < diaList.length - 2) {1452 vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°2"]);1453 } else {1454 vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1455 }1456 // if (v < 2) {1457 // vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1458 // } else if (v < diaList.length - 2) {1459 // vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°2"]);1460 // } else {1461 // if (end.Box) {1462 // vStiffSub.push([benchMarkName, vStiffList[v], "ë°ì¤ë¶-ìì§ë³´ê°"]);1463 // } else {1464 // vStiffSub.push([benchMarkName, vStiffList[v], "ìì§ë³´ê°1"]);1465 // }1466 // }1467 }1468 }1469 spNum = spNum > 30 ? 30 : spNum;1470 let spRull2 = [];1471 let firstMaxLength = 0;1472 let lastMaxLength = 0;1473 if (j === 1 && j === supportNum - 3) {1474 //ë¨ê²½ê°ì ê²½ì°1475 firstMaxLength = segMaxLength;1476 lastMaxLength = segMaxLength;1477 } else {1478 if (j === 1) {1479 // 첫경ê°1480 firstMaxLength = segMaxLength;1481 lastMaxLength = segMaxLength / 2;1482 } else if (j === supportNum - 3) {1483 //ë§ì§ë§ê²½ê°1484 firstMaxLength = segMaxLength / 2;1485 lastMaxLength = segMaxLength;1486 } else {1487 firstMaxLength = segMaxLength / 2;1488 lastMaxLength = segMaxLength / 2;1489 }1490 }1491 spRull2 = optimizeSplice(spList, totalSp, segMaxLength, firstMaxLength, lastMaxLength);1492 spRull2.forEach(elem => spliceSub.push([benchMarkName, Math.round(spList[elem]), "íì¥ì´ì1"]));1493 if (end.Box) {1494 if (j === 1) {1495 lConcSub.push([benchMarkName, "G" + (i + 1).toFixed(0) + "D" + "2", lConcThickness, lConcThickness]);1496 }1497 if (j < supportNum - 3 && supportNum > 4) {1498 lConcSub.push([1499 "G" + (i + 1).toFixed(0) + "D" + String(diaSub.length - 1),1500 "G" + (i + 1).toFixed(0) + "D" + String(diaSub.length + 3),1501 lConcThickness,1502 lConcThickness,1503 ]);1504 }1505 if (j === supportNum - 3) {1506 lConcSub.push([1507 "G" + (i + 1).toFixed(0) + "D" + String(diaSub.length),1508 "G" + (i + 1).toFixed(0) + "S" + (supportNum - 2).toFixed(0),1509 lConcThickness,1510 lConcThickness,1511 ]);1512 }1513 } else {1514 if (j < supportNum - 3) {1515 lConcSub.push([1516 benchMarkName,1517 "G" + (i + 1).toFixed(0) + "D" + String(diaSub.length - 1),1518 benchMarkName,1519 "G" + (i + 1).toFixed(0) + "D" + String(diaSub.length + 2),1520 lConcThickness,1521 lConcThickness,1522 ]);1523 }1524 }1525 }1526 diaSub.push(["G" + (i + 1).toFixed(0) + "S" + (supportNum - 2).toFixed(0), 0, "ë°ì¤ë¶-ì§ì ", (skew2 * 180) / Math.PI]);1527 // if (end.Box) {1528 // diaSub.push(["G" + (i + 1).toFixed(0) + "S" + (supportNum - 2).toFixed(0), 0, "ë°ì¤ë¶-ì§ì ", skew2]);1529 // } else {1530 // diaSub.push(["G" + (i + 1).toFixed(0) + "S" + (supportNum - 2).toFixed(0), 0, "íë ì´í¸-ì-ë³¼í¸", skew2]);1531 // }1532 diaLayout.push(diaSub);1533 vStiffLayout.push(vStiffSub);1534 SpliceLayout.push(spliceSub);1535 lConcLayout.push(lConcSub);1536 }1537 let diaToXbeam = {1538 "íë ì´í¸-í": "íë ì´í¸-í",1539 "íë ì´í¸-ì¤": "íë ì´í¸-ì¤",1540 "íë ì´í¸-ì¤-ë³¼í¸": "íë ì´í¸-ì¤",1541 "íë ì´í¸-ì-ë³¼í¸": "íë ì´í¸-ì",1542 "ë°ì¤ë¶-ì¤ìí": "ë°ì¤ë¶",1543 "ë°ì¤ë¶-ì§ì ": "ë°ì¤ë¶",1544 };1545 let xbeamLayout = [];1546 let supportIndex = [];1547 for (let i = 0; i < diaLayout.length; i++) {1548 supportIndex.push([]);1549 for (let j = 0; j < diaLayout[i].length; j++) {1550 if (diaLayout[i][j][1] === 0) {1551 supportIndex[i].push(j);1552 }1553 }1554 }1555 for (let i = 0; i < supportIndex.length - 1; i++) {1556 for (let j = 0; j < supportIndex[i].length; j++) {1557 xbeamLayout.push([1558 "G" + (i + 1).toString() + "D" + (supportIndex[i][j] + 1).toString(),1559 "G" + (i + 2).toString() + "D" + (supportIndex[i + 1][j] + 1).toString(),1560 diaToXbeam[diaLayout[i][supportIndex[i][j]][2]],1561 ]);1562 if (j < supportIndex[i].length - 1) {1563 let li = supportIndex[i][j + 1];1564 let ri = supportIndex[i + 1][j + 1];1565 let iter = Math.min(li - supportIndex[i][j], ri - supportIndex[i + 1][j]);1566 if (j === supportIndex[i].length - 2) {1567 for (let x = 1; x < iter; x++) {1568 xbeamLayout.push([1569 "G" + (i + 1).toString() + "D" + (supportIndex[i][j] + x + 1).toString(),1570 "G" + (i + 2).toString() + "D" + (supportIndex[i + 1][j] + x + 1).toString(),1571 diaToXbeam[diaLayout[i][supportIndex[i][j] + x][2]],1572 ]);1573 }1574 } else {1575 for (let x = iter - 1; x > 0; x--) {1576 xbeamLayout.push([1577 "G" + (i + 1).toString() + "D" + (li - x + 1).toString(),1578 "G" + (i + 2).toString() + "D" + (ri - x + 1).toString(),1579 diaToXbeam[diaLayout[i][li - x][2]],1580 ]);1581 }1582 }1583 }1584 }1585 }1586 return { diaLayout, vStiffLayout, SpliceLayout, xbeamLayout, lConcLayout };1587}1588function optimizeSplice(spList, totalSp, segMaxLength, firstMaxLength, lastMaxLength) {1589 let firstIndex = 0;1590 let lastIndex = 0;1591 for (let sp = 0; sp < spList.length; sp++) {1592 if (spList[sp] <= firstMaxLength) {1593 firstIndex = sp;1594 }1595 if (totalSp - spList[spList.length - 1 - sp] <= lastMaxLength) {1596 lastIndex = spList.length - 1 - sp;1597 }1598 }1599 let m = Math.ceil((spList[lastIndex] - spList[firstIndex]) / segMaxLength);1600 let k = (spList[lastIndex] - spList[firstIndex]) / m;1601 let optIndex = [firstIndex];1602 let dummy1 = spList[firstIndex];1603 let newSp = firstIndex;1604 for (let ii = 0; ii < m - 1; ii++) {1605 let optLength = Infinity;1606 dummy1 = spList[newSp];1607 let startIndex = newSp;1608 for (let sp = startIndex + 1; sp < lastIndex; sp++) {1609 if (Math.abs(spList[sp] - dummy1 - k) < optLength) {1610 optLength = Math.abs(spList[sp] - dummy1 - k);1611 newSp = sp;1612 }1613 }1614 optIndex.push(newSp);1615 }1616 optIndex.push(lastIndex);1617 return optIndex;1618}1619function GenWebPoint(point1, point2, tan1, H) {1620 let x;1621 let y;1622 if (point1.x === point2.x) {1623 x = point1.x;1624 y = tan1 === null ? null : tan1 * x + H;1625 } else {1626 let a = (point1.y - point2.y) / (point1.x - point2.x);1627 let b = point1.y - a * point1.x;1628 x = tan1 === null ? point1.x : (b - H) / (tan1 - a);1629 y = a * x + b;1630 }1631 return { x, y };1632}1633function GenGirderRestPoint(point1, point2, tan1, tan2, thickness) {1634 let x3;1635 let x4;1636 let y3;1637 let y4;1638 if (point1.x === point2.x) {1639 x3 = point1.x + thickness;1640 x4 = point2.x + thickness;1641 y3 = tan1 === null ? point1.y : tan1 * (x3 - point1.x) + point1.y;1642 y4 = tan2 === null ? point2.y : tan2 * (x4 - point2.x) + point2.y;1643 } else {1644 let a = (point1.y - point2.y) / (point1.x - point2.x);1645 let b = point1.y - a * point1.x;1646 // let sign = a > 0 ? 1 : -1;1647 let alpha = a === 0 ? thickness : thickness * Math.sqrt(1 + 1 / a ** 2);1648 if (Math.abs(1 / tan1) < 0.001) {1649 x3 = point1.x;1650 } else {1651 if (a === 0) {1652 x3 = tan1 === null ? point1.x : point1.x + thickness / tan1;1653 } else {1654 x3 = tan1 === null ? point1.x : (-a * alpha + b + tan1 * point1.x - point1.y) / (tan1 - a);1655 }1656 }1657 if (Math.abs(1 / tan2) < 0.001) {1658 x4 = point2.x;1659 } else {1660 if (a === 0) {1661 x4 = tan2 === null ? point2.x : point2.x + thickness / tan2;1662 } else {1663 x4 = tan2 === null ? point2.x : (-a * alpha + b + tan2 * point2.x - point2.y) / (tan2 - a);1664 }1665 }1666 y3 = a === 0 ? point1.y + thickness : a * (x3 - alpha) + b;1667 y4 = a === 0 ? point2.y + thickness : a * (x4 - alpha) + b;1668 }1669 return [point1, point2, { x: x4, y: y4 }, { x: x3, y: y3 }];1670}1671function GenDefaultStud(girderStation, sectionPointDict) {1672 let result = [];1673 let spacing = 400;1674 for (let i = 0; i < girderStation.length; i++) {1675 let startKey = "G" + (i + 1).toFixed(0) + "K1";1676 let endKey = "";1677 let startOffset = 200;1678 let endOffset = 350;1679 for (let j in girderStation[i]) {1680 if (girderStation[i][j].key.includes("TW") || girderStation[i][j].key.includes("K6") || girderStation[i][j].key.includes("SP")) {1681 endKey = girderStation[i][j].key;1682 let w = sectionPointDict[endKey].backward.input.wuf;1683 let isSeparated = sectionPointDict[endKey].backward.input.isSeparated;1684 startOffset = startKey.includes("SP") ? 350 : 200;1685 endOffset = endKey.includes("SP") ? 350 : 200;1686 let layout = isSeparated ? "auto" : "auto"; //íëì§ ì¤ìì ì 기ì¤ì¼ë¡ ë°°ì¹íëê² ë ì§ê´ì ì¼ ë¯í¨.1687 // result.push({ start: startKey, end: endKey, startOffset: startOffset, endOffset: endOffset, spacing: spacing, layout: layout })1688 result.push([startKey, endKey, startOffset, endOffset, spacing, layout]);1689 startKey = endKey;1690 }1691 }1692 }1693 return result;1694}1695function GenDefaultJackup(girderStation, sectionPointDict) {1696 let result = [];1697 let both = true;1698 let layout1 = "";1699 let layout2 = "";1700 let height = 0;1701 let thickness1 = 0;1702 let thickness2 = 0;1703 let length1 = 0;1704 let length2 = 0;1705 let supportNum = 0;1706 for (let j in girderStation[0]) {1707 if (girderStation[0][j].key.includes("S") && !girderStation[0][j].key.includes("SP")) {1708 supportNum += 1;1709 }1710 }1711 for (let i in girderStation) {1712 let key = "";1713 let isStart = true;1714 for (let j in girderStation[i]) {1715 if (girderStation[i][j].key.includes("S") && !girderStation[i][j].key.includes("SP")) {1716 key = girderStation[i][j].key;1717 let isSeparated = sectionPointDict[key].forward.input.isSeparated;1718 if (isSeparated) {1719 if (isStart) {1720 layout1 = "400,600";1721 isStart = false;1722 } else {1723 layout1 = "-400,-600";1724 }1725 layout2 = "-200,200";1726 height = 150;1727 thickness1 = 20;1728 thickness2 = 26;1729 length1 = 400;1730 length2 = 300;1731 // result.push({ position: key, layout: layout1, length: length1, height: height, thickness: thickness1, chamfer: height - 10, both: both })1732 // result.push({ position: key, layout: layout2, length: length2, height: height, thickness: thickness2, chamfer: height - 10, both: both })1733 result.push([key, layout1, length1, height, thickness1, height - 10, both]);1734 result.push([key, layout2, length2, height, thickness2, height - 10, both]);1735 } else {1736 if (key.includes("S1")) {1737 layout1 = "400,550,700";1738 } else if (key.includes("S" + supportNum.toFixed(0))) {1739 layout1 = "-700,-550,-400";1740 } else {1741 layout1 = "-700,-550,-400,400,550,700";1742 }1743 height = 100;1744 length1 = 900;1745 thickness1 = 22;1746 // result.push({ position: key, layout: layout1, length: length1, height: height, thickness: thickness1, chamfer: height - 10, both: both })1747 result.push([key, layout1, length1, height, thickness1, height - 10, both]);1748 }1749 }1750 }1751 }1752 return result;1753}1754function GenDefaultSupport(girderStation, sectionPointDict) {1755 let result = [];1756 let offset = 0;1757 let solePlate1 = [300, 300, 26]; //[í,ëë¹,ëì´]1758 let solePlate2 = [750, 750, 26]; //[í,ëë¹,ëì´]1759 let type1 = "";1760 let supportKeyList = [];1761 for (let i in girderStation) {1762 supportKeyList.push([]);1763 for (let j in girderStation[i]) {1764 if (girderStation[i][j].key.includes("S") && !girderStation[i][j].key.includes("SP")) {1765 supportKeyList[i].push(girderStation[i][j].key);1766 }1767 }1768 }1769 let supportNum = supportKeyList[0].length;1770 let key = "";1771 let girderNum = supportKeyList.length;1772 let fixedIndex = [Math.floor((girderNum - 1) / 2), Math.floor((supportNum - 1) / 2)];1773 for (let i = 0; i < supportKeyList.length; i++) {1774 for (let j = 0; j < supportNum; j++) {1775 key = supportKeyList[i][j];1776 let isSeparated = sectionPointDict[key].forward.input.isSeparated;1777 if (i === fixedIndex[0]) {1778 if (j === fixedIndex[1]) {1779 type1 = "ê³ ì ë¨";1780 } else {1781 type1 = "ì¢
ë°©í¥ê°ë";1782 }1783 } else {1784 if (j === fixedIndex[1]) {1785 type1 = "í¡ë°©í¥ê°ë";1786 } else {1787 type1 = "ìë°©í¥ë¨";1788 }1789 }1790 if (isSeparated) {1791 result.push([key + "L", type1, offset, solePlate1[0], solePlate1[1], solePlate1[2]]);1792 result.push([key + "R", type1, offset, solePlate1[0], solePlate1[1], solePlate1[2]]);1793 } else {1794 result.push([key, type1, offset, solePlate2[0], solePlate2[1], solePlate2[2]]);1795 }1796 }1797 }1798 return result;1799}1800function GenDefaultHStiffner(girderStation, sectionPointDict) {1801 let result = [];1802 let width = 180;1803 let chamfer = width - 10;1804 let thickness = 16;1805 let offset1 = 400;1806 let offset2 = 400;1807 let startMargin = 42;1808 let endMargin = 42;1809 let supportStationList = [];1810 for (let i in girderStation) {1811 supportStationList.push([]);1812 for (let j in girderStation[i]) {1813 if (girderStation[i][j].key.includes("S") && !girderStation[i][j].key.includes("SP")) {1814 supportStationList[i].push(girderStation[i][j].point.girderStation);1815 }1816 }1817 }1818 let tensionRegion = []; // ì¸ì¥ê¸°ì¤ 0.2~0.81819 let compressRegion = []; // ìì¶ê¸°ì¤ -0.4 ~ 0.41820 for (let i in supportStationList) {1821 tensionRegion.push([]);1822 compressRegion.push([]);1823 for (let j = 0; j < supportStationList[i].length - 1; j++) {1824 let length = supportStationList[i][j + 1] - supportStationList[i][j];1825 if (j === 0) {1826 tensionRegion[i].push([0, supportStationList[i][j + 1] - 0.2 * length]);1827 } else if (j === supportStationList[i].length - 2) {1828 tensionRegion[i].push([supportStationList[i][j] + 0.2 * length, supportStationList[i][j + 1]]);1829 } else {1830 tensionRegion[i].push([supportStationList[i][j] + 0.2 * length, supportStationList[i][j + 1] - 0.2 * length]);1831 }1832 if (j > 0) {1833 compressRegion[i].push([supportStationList[i][j] - 0.4 * length, supportStationList[i][j] + 0.4 * length]);1834 }1835 }1836 }1837 for (let i in girderStation) {1838 for (let j = 0; j < girderStation[i].length - 1; j++) {1839 let key1 = girderStation[i][j].key;1840 let bool1 = ["SP", "K1", "K6", "D", "V"].some(el => key1.includes(el));1841 if (bool1) {1842 let pt1 = girderStation[i][j].point;1843 for (let k = j + 1; k < girderStation[i].length; k++) {1844 let key2 = girderStation[i][k].key;1845 let pt2 = girderStation[i][k].point;1846 let bool2 = ["SP", "K1", "K6", "D", "V"].some(el => key2.includes(el));1847 if (pt2.girderStation - pt1.girderStation > width * 2 && bool2) {1848 let station = (pt2.girderStation + pt1.girderStation) / 2;1849 let startOff = key1.includes("SP") ? 600 / 2 + 30 : startMargin;1850 let endOff = key2.includes("SP") ? 600 / 2 + 30 : endMargin;1851 for (let t in tensionRegion[i]) {1852 if (station >= tensionRegion[i][t][0] && station <= tensionRegion[i][t][1]) {1853 // result.push({ from, to, startOffset: endOffset, width, thickness, chamfer, isTop, offset})1854 result.push([key1, key2, startOff, endOff, width, thickness, chamfer, true, offset1, offset2]);1855 break;1856 }1857 }1858 for (let t in compressRegion[i]) {1859 if (station >= compressRegion[i][t][0] && station <= compressRegion[i][t][1]) {1860 // result.push({ from, to, startOffset: endOffset, width, thickness, chamfer, isTop, offset})1861 let cOffset1 = offset1;1862 let cOffset2 = offset2;1863 if (sectionPointDict[key1].forward.input.Tcl > 0) {1864 cOffset1 = sectionPointDict[key1].forward.input.Tcl + 200;1865 cOffset2 = sectionPointDict[key2].backward.input.Tcl + 200;1866 }1867 result.push([key1, key2, startOff, endOff, width, thickness, chamfer, false, cOffset1, cOffset2]);1868 break;1869 }1870 }1871 j = k - 1;1872 break;1873 }1874 }1875 }1876 }1877 }1878 return result;...
runner.js
Source:runner.js
1'use strict';2const {readdirSync, statSync} = require('fs');3const {join} = require('path');4const runBenchmark = require('./benchmark');5const {6 buildReactBundles,7 buildBenchmark,8 buildBenchmarkBundlesFromGitRepo,9 getMergeBaseFromLocalGitRepo,10} = require('./build');11const argv = require('minimist')(process.argv.slice(2));12const chalk = require('chalk');13const printResults = require('./stats');14const serveBenchmark = require('./server');15function getBenchmarkNames() {16 return readdirSync(join(__dirname, 'benchmarks')).filter(file =>17 statSync(join(__dirname, 'benchmarks', file)).isDirectory()18 );19}20function wait(val) {21 return new Promise(resolve => setTimeout(resolve, val));22}23const runRemote = argv.remote;24const runLocal = argv.local;25const benchmarkFilter = argv.benchmark;26const headless = argv.headless;27const skipBuild = argv['skip-build'];28async function runBenchmarks(reactPath) {29 const benchmarkNames = getBenchmarkNames();30 const results = {};31 const server = serveBenchmark();32 await wait(1000);33 for (let i = 0; i < benchmarkNames.length; i++) {34 const benchmarkName = benchmarkNames[i];35 if (36 !benchmarkFilter ||37 (benchmarkFilter && benchmarkName.indexOf(benchmarkFilter) !== -1)38 ) {39 console.log(40 chalk.gray(`- Building benchmark "${chalk.white(benchmarkName)}"...`)41 );42 await buildBenchmark(reactPath, benchmarkName);43 console.log(44 chalk.gray(`- Running benchmark "${chalk.white(benchmarkName)}"...`)45 );46 results[benchmarkName] = await runBenchmark(benchmarkName, headless);47 }48 }49 server.close();50 // http-server.close() is async but they don't provide a callback..51 await wait(500);52 return results;53}54// get the performance benchmark results55// from remote main (default React repo)56async function benchmarkRemoteMaster() {57 console.log(chalk.gray(`- Building React bundles...`));58 let commit = argv.remote;59 if (!commit || typeof commit !== 'string') {60 commit = await getMergeBaseFromLocalGitRepo(join(__dirname, '..', '..'));61 console.log(62 chalk.gray(`- Merge base commit ${chalk.white(commit.tostrS())}`)63 );64 }65 await buildBenchmarkBundlesFromGitRepo(commit, skipBuild);66 return {67 benchmarks: await runBenchmarks(),68 };69}70// get the performance benchmark results71// of the local react repo72async function benchmarkLocal(reactPath) {73 console.log(chalk.gray(`- Building React bundles...`));74 await buildReactBundles(reactPath, skipBuild);75 return {76 benchmarks: await runBenchmarks(reactPath),77 };78}79async function runLocalBenchmarks(showResults) {80 console.log(81 chalk.white.bold('Running benchmarks for ') +82 chalk.green.bold('Local (Current Branch)')83 );84 const localResults = await benchmarkLocal(join(__dirname, '..', '..'));85 if (showResults) {86 printResults(localResults, null);87 }88 return localResults;89}90async function runRemoteBenchmarks(showResults) {91 console.log(92 chalk.white.bold('Running benchmarks for ') +93 chalk.yellow.bold('Remote (Merge Base)')94 );95 const remoteMasterResults = await benchmarkRemoteMaster();96 if (showResults) {97 printResults(null, remoteMasterResults);98 }99 return remoteMasterResults;100}101async function compareLocalToMaster() {102 console.log(103 chalk.white.bold('Comparing ') +104 chalk.green.bold('Local (Current Branch)') +105 chalk.white.bold(' to ') +106 chalk.yellow.bold('Remote (Merge Base)')107 );108 const localResults = await runLocalBenchmarks(false);109 const remoteMasterResults = await runRemoteBenchmarks(false);110 printResults(localResults, remoteMasterResults);111}112if ((runLocal && runRemote) || (!runLocal && !runRemote)) {113 compareLocalToMaster().then(() => process.exit(0));114} else if (runLocal) {115 runLocalBenchmarks(true).then(() => process.exit(0));116} else if (runRemote) {117 runRemoteBenchmarks(true).then(() => process.exit(0));...
settings.js
Source:settings.js
1if (Meteor.isClient) {2 /**3 *4 */5 var createBenchmark = function(benchmarkName, benchmarkLux) {6 Meteor.call("startBenchmark", benchmarkName, benchmarkLux, function(err, result) {7 if (err) throw err;8 console.log(result);9 // Show grid after benchmark is created.10 Session.set("benchmarkName", benchmarkName);11 Router.go("benchmarkGrid");12 });13 }14 Template.benchmarkSettings.events({15 /**16 * Starts a new benchmark with the given benchmark name. On the server a17 * benchmark_<BENCHMARK_NAME>.xml will be created.18 */19 'click #start-benchmark-btn': function(e, tmpl) {20 var benchmarkName = tmpl.$('#benchmark-name').val();21 var benchmarkLux = tmpl.$('#benchmark-lux').val();22 createBenchmark(benchmarkName, benchmarkLux);23 },24 'keyup #benchmark-name': function(e, tmpl) {25 if (e.keyCode != 13) return;26 var benchmarkName = tmpl.$('#benchmark-name').val();27 var benchmarkLux = tmpl.$('#benchmark-lux').val();28 createBenchmark(benchmarkName, benchmarkLux);29 },30 });...
Using AI Code Generation
1var BestTime = require('./BestTime');2var bestTime = new BestTime();3bestTime.benchmarkName('test4');4var BestTime = require('./BestTime');5var bestTime = new BestTime();6bestTime.benchmarkName('test5');7var BestTime = require('./BestTime');8var bestTime = new BestTime();9bestTime.benchmarkName('test6');10var BestTime = require('./BestTime');11var bestTime = new BestTime();12bestTime.benchmarkName('test7');13var BestTime = require('./BestTime');14var bestTime = new BestTime();15bestTime.benchmarkName('test8');16var BestTime = require('./BestTime');17var bestTime = new BestTime();18bestTime.benchmarkName('test9');19var BestTime = require('./BestTime');20var bestTime = new BestTime();21bestTime.benchmarkName('test10');22var fileName = 'test' + i + '.js';
Using AI Code Generation
1var BestPractices = require('./BestPractices.js');2var bestPractices = new BestPractices();3var benchmarkName = bestPractices.benchmarkName;4var result = benchmarkName();5console.log(result);6var BestPractices = require('./BestPractices.js');7var bestPractices = new BestPractices();8var benchmarkName = bestPractices.benchmarkName;9var result = benchmarkName();10console.log(result);11var BestPractices = require('./BestPractices.js');12var bestPractices = new BestPractices();13var benchmarkName = bestPractices.benchmarkName;14var result = benchmarkName();15console.log(result);16var BestPractices = require('./BestPractices.js');17var bestPractices = new BestPractices();18var benchmarkName = bestPractices.benchmarkName;19var result = benchmarkName();20console.log(result);21var BestPractices = require('./BestPractices.js');22var bestPractices = new BestPractices();23var benchmarkName = bestPractices.benchmarkName;24var result = benchmarkName();25console.log(result);26var BestPractices = require('./BestPractices.js');27var bestPractices = new BestPractices();28var benchmarkName = bestPractices.benchmarkName;29var result = benchmarkName();30console.log(result);31var BestPractices = require('./BestPractices.js');32var bestPractices = new BestPractices();33var benchmarkName = bestPractices.benchmarkName;34var result = benchmarkName();35console.log(result);
Using AI Code Generation
1var BestTime = require('./besttime');2var bestTime = new BestTime();3bestTime.benchmarkName = 'Test 4';4console.log('Benchmark Name: ' + bestTime.benchmarkName);5var BestTime = require('./besttime');6var bestTime = new BestTime();7bestTime.benchmarkName = 'Test 5';8console.log('Benchmark Name: ' + bestTime.benchmarkName);9var BestTime = require('./besttime');10var bestTime = new BestTime();11bestTime.benchmarkName = 'Test 6';12console.log('Benchmark Name: ' + bestTime.benchmarkName);13var BestTime = require('./besttime');14var bestTime = new BestTime();15bestTime.benchmarkName = 'Test 7';16console.log('Benchmark Name: ' + bestTime.benchmarkName);17var BestTime = require('./besttime');18var bestTime = new BestTime();19bestTime.benchmarkName = 'Test 8';20console.log('Benchmark Name: ' + bestTime.benchmarkName);21var BestTime = require('./besttime');22var bestTime = new BestTime();23bestTime.benchmarkName = 'Test 9';24console.log('Benchmark Name: ' + bestTime.benchmarkName);25var BestTime = require('./besttime');26var bestTime = new BestTime();27bestTime.benchmarkName = 'Test 10';28console.log('Benchmark Name: ' + bestTime.benchmarkName);29var BestTime = require('./besttime');30var bestTime = new BestTime();31bestTime.benchmarkName = 'Test 11';32console.log('Benchmark Name: ' + bestTime.benchmarkName);33var BestTime = require('./besttime
Using AI Code Generation
1var BestTime = require('./BestTime');2var bt = new BestTime();3bt.benchmarkName("test4");4bt.benchmarkName("test5");5var BestTime = require('./BestTime');6var bt = new BestTime();7bt.benchmarkName("test5");8bt.benchmarkName("test6");9var BestTime = require('./BestTime');10var bt = new BestTime();11bt.benchmarkName("test6");12bt.benchmarkName("test7");13var BestTime = require('./BestTime');14var bt = new BestTime();15bt.benchmarkName("test7");16bt.benchmarkName("test8");17var BestTime = require('./BestTime');18var bt = new BestTime();19bt.benchmarkName("test8");20bt.benchmarkName("test9");21var BestTime = require('./BestTime');22var bt = new BestTime();23bt.benchmarkName("test9");24bt.benchmarkName("test10");25var BestTime = require('./BestTime');26var bt = new BestTime();27bt.benchmarkName("test10");28bt.benchmarkName("test11");29var BestTime = require('./BestTime');30var bt = new BestTime();31bt.benchmarkName("test11");32bt.benchmarkName("test12");33var BestTime = require('./BestTime');34var bt = new BestTime();35bt.benchmarkName("test12");36bt.benchmarkName("test13");37var BestTime = require('./BestTime');38var bt = new BestTime();39bt.benchmarkName("test13");40bt.benchmarkName("test14");
Using AI Code Generation
1var BestTime = require('./BestTime');2var bestTime = new BestTime();3bestTime.benchmarkName('test4');4console.log('test4.js: ' + bestTime.benchmarkName());5var BestTime = require('./BestTime');6var bestTime = new BestTime();7bestTime.benchmarkName('test5');8console.log('test5.js: ' + bestTime.benchmarkName());9var BestTime = require('./BestTime');10var bestTime = new BestTime();11bestTime.benchmarkName('test6');12console.log('test6.js: ' + bestTime.benchmarkName());13var BestTime = require('./BestTime');14var bestTime = new BestTime();15bestTime.benchmarkName('test7');16console.log('test7.js: ' + bestTime.benchmarkName());17var BestTime = require('./BestTime');18var bestTime = new BestTime();19bestTime.benchmarkName('test8');20console.log('test8.js: ' + bestTime.benchmarkName());21var BestTime = require('./BestTime');22var bestTime = new BestTime();23bestTime.benchmarkName('test9');24console.log('test9.js: ' + bestTime.benchmarkName());25var BestTime = require('./BestTime');26var bestTime = new BestTime();27bestTime.benchmarkName('test10');28console.log('test10.js: ' + bestTime.benchmarkName());29var BestTime = require('./BestTime');30var bestTime = new BestTime();31bestTime.benchmarkName('test11');32console.log('test11.js: ' + bestTime.benchmarkName());33var BestTime = require('./BestTime');
Using AI Code Generation
1const BestTime = require('./BestTime');2const bestTime = new BestTime();3const BestTime = require('./BestTime');4const bestTime = new BestTime();5const BestTime = require('./BestTime');6const bestTime = new BestTime();7const BestTime = require('./BestTime');8const bestTime = new BestTime();9const BestTime = require('./BestTime');10const bestTime = new BestTime();11const BestTime = require('./BestTime');12const bestTime = new BestTime();13const BestTime = require('./BestTime');14const bestTime = new BestTime();15const BestTime = require('./BestTime');16const bestTime = new BestTime();17const BestTime = require('./
Using AI Code Generation
1var BestTime = require('./bestTime');2var bestTime = new BestTime();3var benchmarkName = process.argv[2];4var result = bestTime.getBestTime(benchmarkName);5console.log(result);6var BestTime = require('./bestTime');7var bestTime = new BestTime();8var benchmarkName = process.argv[2];9var result = bestTime.getBestTime(benchmarkName);10console.log(result);11var BestTime = require('./bestTime');12var bestTime = new BestTime();13var benchmarkName = process.argv[2];14var result = bestTime.getBestTime(benchmarkName);15console.log(result);16var BestTime = require('./bestTime');17var bestTime = new BestTime();18var benchmarkName = process.argv[2];19var result = bestTime.getBestTime(benchmarkName);20console.log(result);21var BestTime = require('./bestTime');22var bestTime = new BestTime();23var benchmarkName = process.argv[2];24var result = bestTime.getBestTime(benchmarkName);25console.log(result);26var BestTime = require('./bestTime');27var bestTime = new BestTime();28var benchmarkName = process.argv[2];29var result = bestTime.getBestTime(benchmarkName);30console.log(result);
Automation Testing Tutorials
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LambdaTest Learning Hubs:
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