1 line
68 KiB
JSON
1 line
68 KiB
JSON
{"ast":null,"code":"import \"core-js/modules/es.regexp.exec.js\";\nimport \"core-js/modules/es.string.replace.js\";\nimport \"core-js/modules/es.array.map.js\";\nimport \"core-js/modules/es.array.sort.js\";\nimport { cubicSubdivide } from '../core/curve.js';\nimport Path from '../graphic/Path.js';\nimport { defaults, map } from '../core/util.js';\nimport { lerp } from '../core/vector.js';\nimport { clonePath } from './path.js';\nimport Transformable from '../core/Transformable.js';\nimport { split } from './dividePath.js';\nimport { pathToBezierCurves } from './convertPath.js';\n\nfunction alignSubpath(subpath1, subpath2) {\n var len1 = subpath1.length;\n var len2 = subpath2.length;\n\n if (len1 === len2) {\n return [subpath1, subpath2];\n }\n\n var tmpSegX = [];\n var tmpSegY = [];\n var shorterPath = len1 < len2 ? subpath1 : subpath2;\n var shorterLen = Math.min(len1, len2);\n var diff = Math.abs(len2 - len1) / 6;\n var shorterBezierCount = (shorterLen - 2) / 6;\n var eachCurveSubDivCount = Math.ceil(diff / shorterBezierCount) + 1;\n var newSubpath = [shorterPath[0], shorterPath[1]];\n var remained = diff;\n\n for (var i = 2; i < shorterLen;) {\n var x0 = shorterPath[i - 2];\n var y0 = shorterPath[i - 1];\n var x1 = shorterPath[i++];\n var y1 = shorterPath[i++];\n var x2 = shorterPath[i++];\n var y2 = shorterPath[i++];\n var x3 = shorterPath[i++];\n var y3 = shorterPath[i++];\n\n if (remained <= 0) {\n newSubpath.push(x1, y1, x2, y2, x3, y3);\n continue;\n }\n\n var actualSubDivCount = Math.min(remained, eachCurveSubDivCount - 1) + 1;\n\n for (var k = 1; k <= actualSubDivCount; k++) {\n var p = k / actualSubDivCount;\n cubicSubdivide(x0, x1, x2, x3, p, tmpSegX);\n cubicSubdivide(y0, y1, y2, y3, p, tmpSegY);\n x0 = tmpSegX[3];\n y0 = tmpSegY[3];\n newSubpath.push(tmpSegX[1], tmpSegY[1], tmpSegX[2], tmpSegY[2], x0, y0);\n x1 = tmpSegX[5];\n y1 = tmpSegY[5];\n x2 = tmpSegX[6];\n y2 = tmpSegY[6];\n }\n\n remained -= actualSubDivCount - 1;\n }\n\n return shorterPath === subpath1 ? [newSubpath, subpath2] : [subpath1, newSubpath];\n}\n\nfunction createSubpath(lastSubpathSubpath, otherSubpath) {\n var len = lastSubpathSubpath.length;\n var lastX = lastSubpathSubpath[len - 2];\n var lastY = lastSubpathSubpath[len - 1];\n var newSubpath = [];\n\n for (var i = 0; i < otherSubpath.length;) {\n newSubpath[i++] = lastX;\n newSubpath[i++] = lastY;\n }\n\n return newSubpath;\n}\n\nexport function alignBezierCurves(array1, array2) {\n var _a;\n\n var lastSubpath1;\n var lastSubpath2;\n var newArray1 = [];\n var newArray2 = [];\n\n for (var i = 0; i < Math.max(array1.length, array2.length); i++) {\n var subpath1 = array1[i];\n var subpath2 = array2[i];\n var newSubpath1 = void 0;\n var newSubpath2 = void 0;\n\n if (!subpath1) {\n newSubpath1 = createSubpath(lastSubpath1 || subpath2, subpath2);\n newSubpath2 = subpath2;\n } else if (!subpath2) {\n newSubpath2 = createSubpath(lastSubpath2 || subpath1, subpath1);\n newSubpath1 = subpath1;\n } else {\n _a = alignSubpath(subpath1, subpath2), newSubpath1 = _a[0], newSubpath2 = _a[1];\n lastSubpath1 = newSubpath1;\n lastSubpath2 = newSubpath2;\n }\n\n newArray1.push(newSubpath1);\n newArray2.push(newSubpath2);\n }\n\n return [newArray1, newArray2];\n}\nexport function centroid(array) {\n var signedArea = 0;\n var cx = 0;\n var cy = 0;\n var len = array.length;\n\n for (var i = 0, j = len - 2; i < len; j = i, i += 2) {\n var x0 = array[j];\n var y0 = array[j + 1];\n var x1 = array[i];\n var y1 = array[i + 1];\n var a = x0 * y1 - x1 * y0;\n signedArea += a;\n cx += (x0 + x1) * a;\n cy += (y0 + y1) * a;\n }\n\n if (signedArea === 0) {\n return [array[0] || 0, array[1] || 0];\n }\n\n return [cx / signedArea / 3, cy / signedArea / 3, signedArea];\n}\n\nfunction findBestRingOffset(fromSubBeziers, toSubBeziers, fromCp, toCp) {\n var bezierCount = (fromSubBeziers.length - 2) / 6;\n var bestScore = Infinity;\n var bestOffset = 0;\n var len = fromSubBeziers.length;\n var len2 = len - 2;\n\n for (var offset = 0; offset < bezierCount; offset++) {\n var cursorOffset = offset * 6;\n var score = 0;\n\n for (var k = 0; k < len; k += 2) {\n var idx = k === 0 ? cursorOffset : (cursorOffset + k - 2) % len2 + 2;\n var x0 = fromSubBeziers[idx] - fromCp[0];\n var y0 = fromSubBeziers[idx + 1] - fromCp[1];\n var x1 = toSubBeziers[k] - toCp[0];\n var y1 = toSubBeziers[k + 1] - toCp[1];\n var dx = x1 - x0;\n var dy = y1 - y0;\n score += dx * dx + dy * dy;\n }\n\n if (score < bestScore) {\n bestScore = score;\n bestOffset = offset;\n }\n }\n\n return bestOffset;\n}\n\nfunction reverse(array) {\n var newArr = [];\n var len = array.length;\n\n for (var i = 0; i < len; i += 2) {\n newArr[i] = array[len - i - 2];\n newArr[i + 1] = array[len - i - 1];\n }\n\n return newArr;\n}\n\nfunction findBestMorphingRotation(fromArr, toArr, searchAngleIteration, searchAngleRange) {\n var result = [];\n var fromNeedsReverse;\n\n for (var i = 0; i < fromArr.length; i++) {\n var fromSubpathBezier = fromArr[i];\n var toSubpathBezier = toArr[i];\n var fromCp = centroid(fromSubpathBezier);\n var toCp = centroid(toSubpathBezier);\n\n if (fromNeedsReverse == null) {\n fromNeedsReverse = fromCp[2] < 0 !== toCp[2] < 0;\n }\n\n var newFromSubpathBezier = [];\n var newToSubpathBezier = [];\n var bestAngle = 0;\n var bestScore = Infinity;\n var tmpArr = [];\n var len = fromSubpathBezier.length;\n\n if (fromNeedsReverse) {\n fromSubpathBezier = reverse(fromSubpathBezier);\n }\n\n var offset = findBestRingOffset(fromSubpathBezier, toSubpathBezier, fromCp, toCp) * 6;\n var len2 = len - 2;\n\n for (var k = 0; k < len2; k += 2) {\n var idx = (offset + k) % len2 + 2;\n newFromSubpathBezier[k + 2] = fromSubpathBezier[idx] - fromCp[0];\n newFromSubpathBezier[k + 3] = fromSubpathBezier[idx + 1] - fromCp[1];\n }\n\n newFromSubpathBezier[0] = fromSubpathBezier[offset] - fromCp[0];\n newFromSubpathBezier[1] = fromSubpathBezier[offset + 1] - fromCp[1];\n\n if (searchAngleIteration > 0) {\n var step = searchAngleRange / searchAngleIteration;\n\n for (var angle = -searchAngleRange / 2; angle <= searchAngleRange / 2; angle += step) {\n var sa = Math.sin(angle);\n var ca = Math.cos(angle);\n var score = 0;\n\n for (var k = 0; k < fromSubpathBezier.length; k += 2) {\n var x0 = newFromSubpathBezier[k];\n var y0 = newFromSubpathBezier[k + 1];\n var x1 = toSubpathBezier[k] - toCp[0];\n var y1 = toSubpathBezier[k + 1] - toCp[1];\n var newX1 = x1 * ca - y1 * sa;\n var newY1 = x1 * sa + y1 * ca;\n tmpArr[k] = newX1;\n tmpArr[k + 1] = newY1;\n var dx = newX1 - x0;\n var dy = newY1 - y0;\n score += dx * dx + dy * dy;\n }\n\n if (score < bestScore) {\n bestScore = score;\n bestAngle = angle;\n\n for (var m = 0; m < tmpArr.length; m++) {\n newToSubpathBezier[m] = tmpArr[m];\n }\n }\n }\n } else {\n for (var i_1 = 0; i_1 < len; i_1 += 2) {\n newToSubpathBezier[i_1] = toSubpathBezier[i_1] - toCp[0];\n newToSubpathBezier[i_1 + 1] = toSubpathBezier[i_1 + 1] - toCp[1];\n }\n }\n\n result.push({\n from: newFromSubpathBezier,\n to: newToSubpathBezier,\n fromCp: fromCp,\n toCp: toCp,\n rotation: -bestAngle\n });\n }\n\n return result;\n}\n\nexport function isCombineMorphing(path) {\n return path.__isCombineMorphing;\n}\nexport function isMorphing(el) {\n return el.__morphT >= 0;\n}\nvar SAVED_METHOD_PREFIX = '__mOriginal_';\n\nfunction saveAndModifyMethod(obj, methodName, modifiers) {\n var savedMethodName = SAVED_METHOD_PREFIX + methodName;\n var originalMethod = obj[savedMethodName] || obj[methodName];\n\n if (!obj[savedMethodName]) {\n obj[savedMethodName] = obj[methodName];\n }\n\n var replace = modifiers.replace;\n var after = modifiers.after;\n var before = modifiers.before;\n\n obj[methodName] = function () {\n var args = arguments;\n var res;\n before && before.apply(this, args);\n\n if (replace) {\n res = replace.apply(this, args);\n } else {\n res = originalMethod.apply(this, args);\n }\n\n after && after.apply(this, args);\n return res;\n };\n}\n\nfunction restoreMethod(obj, methodName) {\n var savedMethodName = SAVED_METHOD_PREFIX + methodName;\n\n if (obj[savedMethodName]) {\n obj[methodName] = obj[savedMethodName];\n obj[savedMethodName] = null;\n }\n}\n\nfunction applyTransformOnBeziers(bezierCurves, mm) {\n for (var i = 0; i < bezierCurves.length; i++) {\n var subBeziers = bezierCurves[i];\n\n for (var k = 0; k < subBeziers.length;) {\n var x = subBeziers[k];\n var y = subBeziers[k + 1];\n subBeziers[k++] = mm[0] * x + mm[2] * y + mm[4];\n subBeziers[k++] = mm[1] * x + mm[3] * y + mm[5];\n }\n }\n}\n\nfunction prepareMorphPath(fromPath, toPath) {\n var fromPathProxy = fromPath.getUpdatedPathProxy();\n var toPathProxy = toPath.getUpdatedPathProxy();\n\n var _a = alignBezierCurves(pathToBezierCurves(fromPathProxy), pathToBezierCurves(toPathProxy)),\n fromBezierCurves = _a[0],\n toBezierCurves = _a[1];\n\n var fromPathTransform = fromPath.getComputedTransform();\n var toPathTransform = toPath.getComputedTransform();\n\n function updateIdentityTransform() {\n this.transform = null;\n }\n\n fromPathTransform && applyTransformOnBeziers(fromBezierCurves, fromPathTransform);\n toPathTransform && applyTransformOnBeziers(toBezierCurves, toPathTransform);\n saveAndModifyMethod(toPath, 'updateTransform', {\n replace: updateIdentityTransform\n });\n toPath.transform = null;\n var morphingData = findBestMorphingRotation(fromBezierCurves, toBezierCurves, 10, Math.PI);\n var tmpArr = [];\n saveAndModifyMethod(toPath, 'buildPath', {\n replace: function replace(path) {\n var t = toPath.__morphT;\n var onet = 1 - t;\n var newCp = [];\n\n for (var i = 0; i < morphingData.length; i++) {\n var item = morphingData[i];\n var from = item.from;\n var to = item.to;\n var angle = item.rotation * t;\n var fromCp = item.fromCp;\n var toCp = item.toCp;\n var sa = Math.sin(angle);\n var ca = Math.cos(angle);\n lerp(newCp, fromCp, toCp, t);\n\n for (var m = 0; m < from.length; m += 2) {\n var x0_1 = from[m];\n var y0_1 = from[m + 1];\n var x1 = to[m];\n var y1 = to[m + 1];\n var x = x0_1 * onet + x1 * t;\n var y = y0_1 * onet + y1 * t;\n tmpArr[m] = x * ca - y * sa + newCp[0];\n tmpArr[m + 1] = x * sa + y * ca + newCp[1];\n }\n\n var x0 = tmpArr[0];\n var y0 = tmpArr[1];\n path.moveTo(x0, y0);\n\n for (var m = 2; m < from.length;) {\n var x1 = tmpArr[m++];\n var y1 = tmpArr[m++];\n var x2 = tmpArr[m++];\n var y2 = tmpArr[m++];\n var x3 = tmpArr[m++];\n var y3 = tmpArr[m++];\n\n if (x0 === x1 && y0 === y1 && x2 === x3 && y2 === y3) {\n path.lineTo(x3, y3);\n } else {\n path.bezierCurveTo(x1, y1, x2, y2, x3, y3);\n }\n\n x0 = x3;\n y0 = y3;\n }\n }\n }\n });\n}\n\nexport function morphPath(fromPath, toPath, animationOpts) {\n if (!fromPath || !toPath) {\n return toPath;\n }\n\n var oldDone = animationOpts.done;\n var oldDuring = animationOpts.during;\n prepareMorphPath(fromPath, toPath);\n toPath.__morphT = 0;\n\n function restoreToPath() {\n restoreMethod(toPath, 'buildPath');\n restoreMethod(toPath, 'updateTransform');\n toPath.__morphT = -1;\n toPath.createPathProxy();\n toPath.dirtyShape();\n }\n\n toPath.animateTo({\n __morphT: 1\n }, defaults({\n during: function during(p) {\n toPath.dirtyShape();\n oldDuring && oldDuring(p);\n },\n done: function done() {\n restoreToPath();\n oldDone && oldDone();\n }\n }, animationOpts));\n return toPath;\n}\n\nfunction hilbert(x, y, minX, minY, maxX, maxY) {\n var bits = 16;\n x = maxX === minX ? 0 : Math.round(32767 * (x - minX) / (maxX - minX));\n y = maxY === minY ? 0 : Math.round(32767 * (y - minY) / (maxY - minY));\n var d = 0;\n var tmp;\n\n for (var s = (1 << bits) / 2; s > 0; s /= 2) {\n var rx = 0;\n var ry = 0;\n\n if ((x & s) > 0) {\n rx = 1;\n }\n\n if ((y & s) > 0) {\n ry = 1;\n }\n\n d += s * s * (3 * rx ^ ry);\n\n if (ry === 0) {\n if (rx === 1) {\n x = s - 1 - x;\n y = s - 1 - y;\n }\n\n tmp = x;\n x = y;\n y = tmp;\n }\n }\n\n return d;\n}\n\nfunction sortPaths(pathList) {\n var xMin = Infinity;\n var yMin = Infinity;\n var xMax = -Infinity;\n var yMax = -Infinity;\n var cps = map(pathList, function (path) {\n var rect = path.getBoundingRect();\n var m = path.getComputedTransform();\n var x = rect.x + rect.width / 2 + (m ? m[4] : 0);\n var y = rect.y + rect.height / 2 + (m ? m[5] : 0);\n xMin = Math.min(x, xMin);\n yMin = Math.min(y, yMin);\n xMax = Math.max(x, xMax);\n yMax = Math.max(y, yMax);\n return [x, y];\n });\n var items = map(cps, function (cp, idx) {\n return {\n cp: cp,\n z: hilbert(cp[0], cp[1], xMin, yMin, xMax, yMax),\n path: pathList[idx]\n };\n });\n return items.sort(function (a, b) {\n return a.z - b.z;\n }).map(function (item) {\n return item.path;\n });\n}\n\n;\n\nfunction defaultDividePath(param) {\n return split(param.path, param.count);\n}\n\nfunction createEmptyReturn() {\n return {\n fromIndividuals: [],\n toIndividuals: [],\n count: 0\n };\n}\n\nexport function combineMorph(fromList, toPath, animationOpts) {\n var fromPathList = [];\n\n function addFromPath(fromList) {\n for (var i = 0; i < fromList.length; i++) {\n var from = fromList[i];\n\n if (isCombineMorphing(from)) {\n addFromPath(from.childrenRef());\n } else if (from instanceof Path) {\n fromPathList.push(from);\n }\n }\n }\n\n addFromPath(fromList);\n var separateCount = fromPathList.length;\n\n if (!separateCount) {\n return createEmptyReturn();\n }\n\n var dividePath = animationOpts.dividePath || defaultDividePath;\n var toSubPathList = dividePath({\n path: toPath,\n count: separateCount\n });\n\n if (toSubPathList.length !== separateCount) {\n console.error('Invalid morphing: unmatched splitted path');\n return createEmptyReturn();\n }\n\n fromPathList = sortPaths(fromPathList);\n toSubPathList = sortPaths(toSubPathList);\n var oldDone = animationOpts.done;\n var oldDuring = animationOpts.during;\n var individualDelay = animationOpts.individualDelay;\n var identityTransform = new Transformable();\n\n for (var i = 0; i < separateCount; i++) {\n var from = fromPathList[i];\n var to = toSubPathList[i];\n to.parent = toPath;\n to.copyTransform(identityTransform);\n\n if (!individualDelay) {\n prepareMorphPath(from, to);\n }\n }\n\n toPath.__isCombineMorphing = true;\n\n toPath.childrenRef = function () {\n return toSubPathList;\n };\n\n function addToSubPathListToZr(zr) {\n for (var i = 0; i < toSubPathList.length; i++) {\n toSubPathList[i].addSelfToZr(zr);\n }\n }\n\n saveAndModifyMethod(toPath, 'addSelfToZr', {\n after: function after(zr) {\n addToSubPathListToZr(zr);\n }\n });\n saveAndModifyMethod(toPath, 'removeSelfFromZr', {\n after: function after(zr) {\n for (var i = 0; i < toSubPathList.length; i++) {\n toSubPathList[i].removeSelfFromZr(zr);\n }\n }\n });\n\n function restoreToPath() {\n toPath.__isCombineMorphing = false;\n toPath.__morphT = -1;\n toPath.childrenRef = null;\n restoreMethod(toPath, 'addSelfToZr');\n restoreMethod(toPath, 'removeSelfFromZr');\n }\n\n var toLen = toSubPathList.length;\n\n if (individualDelay) {\n var animating_1 = toLen;\n\n var eachDone = function eachDone() {\n animating_1--;\n\n if (animating_1 === 0) {\n restoreToPath();\n oldDone && oldDone();\n }\n };\n\n for (var i = 0; i < toLen; i++) {\n var indivdualAnimationOpts = individualDelay ? defaults({\n delay: (animationOpts.delay || 0) + individualDelay(i, toLen, fromPathList[i], toSubPathList[i]),\n done: eachDone\n }, animationOpts) : animationOpts;\n morphPath(fromPathList[i], toSubPathList[i], indivdualAnimationOpts);\n }\n } else {\n toPath.__morphT = 0;\n toPath.animateTo({\n __morphT: 1\n }, defaults({\n during: function during(p) {\n for (var i = 0; i < toLen; i++) {\n var child = toSubPathList[i];\n child.__morphT = toPath.__morphT;\n child.dirtyShape();\n }\n\n oldDuring && oldDuring(p);\n },\n done: function done() {\n restoreToPath();\n\n for (var i = 0; i < fromList.length; i++) {\n restoreMethod(fromList[i], 'updateTransform');\n }\n\n oldDone && oldDone();\n }\n }, animationOpts));\n }\n\n if (toPath.__zr) {\n addToSubPathListToZr(toPath.__zr);\n }\n\n return {\n fromIndividuals: fromPathList,\n toIndividuals: toSubPathList,\n count: toLen\n };\n}\nexport function separateMorph(fromPath, toPathList, animationOpts) {\n var toLen = toPathList.length;\n var fromPathList = [];\n var dividePath = animationOpts.dividePath || defaultDividePath;\n\n function addFromPath(fromList) {\n for (var i = 0; i < fromList.length; i++) {\n var from = fromList[i];\n\n if (isCombineMorphing(from)) {\n addFromPath(from.childrenRef());\n } else if (from instanceof Path) {\n fromPathList.push(from);\n }\n }\n }\n\n if (isCombineMorphing(fromPath)) {\n addFromPath(fromPath.childrenRef());\n var fromLen = fromPathList.length;\n\n if (fromLen < toLen) {\n var k = 0;\n\n for (var i = fromLen; i < toLen; i++) {\n fromPathList.push(clonePath(fromPathList[k++ % fromLen]));\n }\n }\n\n fromPathList.length = toLen;\n } else {\n fromPathList = dividePath({\n path: fromPath,\n count: toLen\n });\n var fromPathTransform = fromPath.getComputedTransform();\n\n for (var i = 0; i < fromPathList.length; i++) {\n fromPathList[i].setLocalTransform(fromPathTransform);\n }\n\n if (fromPathList.length !== toLen) {\n console.error('Invalid morphing: unmatched splitted path');\n return createEmptyReturn();\n }\n }\n\n fromPathList = sortPaths(fromPathList);\n toPathList = sortPaths(toPathList);\n var individualDelay = animationOpts.individualDelay;\n\n for (var i = 0; i < toLen; i++) {\n var indivdualAnimationOpts = individualDelay ? defaults({\n delay: (animationOpts.delay || 0) + individualDelay(i, toLen, fromPathList[i], toPathList[i])\n }, animationOpts) : animationOpts;\n morphPath(fromPathList[i], toPathList[i], indivdualAnimationOpts);\n }\n\n return {\n fromIndividuals: fromPathList,\n toIndividuals: toPathList,\n count: toPathList.length\n };\n}\nexport { split as defaultDividePath 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1];\n var x1 = shorterPath[i++];\n var y1 = shorterPath[i++];\n var x2 = shorterPath[i++];\n var y2 = shorterPath[i++];\n var x3 = shorterPath[i++];\n var y3 = shorterPath[i++];\n if (remained <= 0) {\n newSubpath.push(x1, y1, x2, y2, x3, y3);\n continue;\n }\n var actualSubDivCount = Math.min(remained, eachCurveSubDivCount - 1) + 1;\n for (var k = 1; k <= actualSubDivCount; k++) {\n var p = k / actualSubDivCount;\n cubicSubdivide(x0, x1, x2, x3, p, tmpSegX);\n cubicSubdivide(y0, y1, y2, y3, p, tmpSegY);\n x0 = tmpSegX[3];\n y0 = tmpSegY[3];\n newSubpath.push(tmpSegX[1], tmpSegY[1], tmpSegX[2], tmpSegY[2], x0, y0);\n x1 = tmpSegX[5];\n y1 = tmpSegY[5];\n x2 = tmpSegX[6];\n y2 = tmpSegY[6];\n }\n remained -= actualSubDivCount - 1;\n }\n return shorterPath === subpath1 ? [newSubpath, subpath2] : [subpath1, newSubpath];\n}\nfunction createSubpath(lastSubpathSubpath, otherSubpath) {\n var len = lastSubpathSubpath.length;\n var lastX = lastSubpathSubpath[len - 2];\n var lastY = lastSubpathSubpath[len - 1];\n var newSubpath = [];\n for (var i = 0; i < otherSubpath.length;) {\n newSubpath[i++] = lastX;\n newSubpath[i++] = lastY;\n }\n return newSubpath;\n}\nexport function alignBezierCurves(array1, array2) {\n var _a;\n var lastSubpath1;\n var lastSubpath2;\n var newArray1 = [];\n var newArray2 = [];\n for (var i = 0; i < Math.max(array1.length, array2.length); i++) {\n var subpath1 = array1[i];\n var subpath2 = array2[i];\n var newSubpath1 = void 0;\n var newSubpath2 = void 0;\n if (!subpath1) {\n newSubpath1 = createSubpath(lastSubpath1 || subpath2, subpath2);\n newSubpath2 = subpath2;\n }\n else if (!subpath2) {\n newSubpath2 = createSubpath(lastSubpath2 || subpath1, subpath1);\n newSubpath1 = subpath1;\n }\n else {\n _a = alignSubpath(subpath1, subpath2), newSubpath1 = _a[0], newSubpath2 = _a[1];\n lastSubpath1 = newSubpath1;\n lastSubpath2 = newSubpath2;\n }\n newArray1.push(newSubpath1);\n newArray2.push(newSubpath2);\n }\n return [newArray1, newArray2];\n}\nexport function centroid(array) {\n var signedArea = 0;\n var cx = 0;\n var cy = 0;\n var len = array.length;\n for (var i = 0, j = len - 2; i < len; j = i, i += 2) {\n var x0 = array[j];\n var y0 = array[j + 1];\n var x1 = array[i];\n var y1 = array[i + 1];\n var a = x0 * y1 - x1 * y0;\n signedArea += a;\n cx += (x0 + x1) * a;\n cy += (y0 + y1) * a;\n }\n if (signedArea === 0) {\n return [array[0] || 0, array[1] || 0];\n }\n return [cx / signedArea / 3, cy / signedArea / 3, signedArea];\n}\nfunction findBestRingOffset(fromSubBeziers, toSubBeziers, fromCp, toCp) {\n var bezierCount = (fromSubBeziers.length - 2) / 6;\n var bestScore = Infinity;\n var bestOffset = 0;\n var len = fromSubBeziers.length;\n var len2 = len - 2;\n for (var offset = 0; offset < bezierCount; offset++) {\n var cursorOffset = offset * 6;\n var score = 0;\n for (var k = 0; k < len; k += 2) {\n var idx = k === 0 ? cursorOffset : ((cursorOffset + k - 2) % len2 + 2);\n var x0 = fromSubBeziers[idx] - fromCp[0];\n var y0 = fromSubBeziers[idx + 1] - fromCp[1];\n var x1 = toSubBeziers[k] - toCp[0];\n var y1 = toSubBeziers[k + 1] - toCp[1];\n var dx = x1 - x0;\n var dy = y1 - y0;\n score += dx * dx + dy * dy;\n }\n if (score < bestScore) {\n bestScore = score;\n bestOffset = offset;\n }\n }\n return bestOffset;\n}\nfunction reverse(array) {\n var newArr = [];\n var len = array.length;\n for (var i = 0; i < len; i += 2) {\n newArr[i] = array[len - i - 2];\n newArr[i + 1] = array[len - i - 1];\n }\n return newArr;\n}\nfunction findBestMorphingRotation(fromArr, toArr, searchAngleIteration, searchAngleRange) {\n var result = [];\n var fromNeedsReverse;\n for (var i = 0; i < fromArr.length; i++) {\n var fromSubpathBezier = fromArr[i];\n var toSubpathBezier = toArr[i];\n var fromCp = centroid(fromSubpathBezier);\n var toCp = centroid(toSubpathBezier);\n if (fromNeedsReverse == null) {\n fromNeedsReverse = fromCp[2] < 0 !== toCp[2] < 0;\n }\n var newFromSubpathBezier = [];\n var newToSubpathBezier = [];\n var bestAngle = 0;\n var bestScore = Infinity;\n var tmpArr = [];\n var len = fromSubpathBezier.length;\n if (fromNeedsReverse) {\n fromSubpathBezier = reverse(fromSubpathBezier);\n }\n var offset = findBestRingOffset(fromSubpathBezier, toSubpathBezier, fromCp, toCp) * 6;\n var len2 = len - 2;\n for (var k = 0; k < len2; k += 2) {\n var idx = (offset + k) % len2 + 2;\n newFromSubpathBezier[k + 2] = fromSubpathBezier[idx] - fromCp[0];\n newFromSubpathBezier[k + 3] = fromSubpathBezier[idx + 1] - fromCp[1];\n }\n newFromSubpathBezier[0] = fromSubpathBezier[offset] - fromCp[0];\n newFromSubpathBezier[1] = fromSubpathBezier[offset + 1] - fromCp[1];\n if (searchAngleIteration > 0) {\n var step = searchAngleRange / searchAngleIteration;\n for (var angle = -searchAngleRange / 2; angle <= searchAngleRange / 2; angle += step) {\n var sa = Math.sin(angle);\n var ca = Math.cos(angle);\n var score = 0;\n for (var k = 0; k < fromSubpathBezier.length; k += 2) {\n var x0 = newFromSubpathBezier[k];\n var y0 = newFromSubpathBezier[k + 1];\n var x1 = toSubpathBezier[k] - toCp[0];\n var y1 = toSubpathBezier[k + 1] - toCp[1];\n var newX1 = x1 * ca - y1 * sa;\n var newY1 = x1 * sa + y1 * ca;\n tmpArr[k] = newX1;\n tmpArr[k + 1] = newY1;\n var dx = newX1 - x0;\n var dy = newY1 - y0;\n score += dx * dx + dy * dy;\n }\n if (score < bestScore) {\n bestScore = score;\n bestAngle = angle;\n for (var m = 0; m < tmpArr.length; m++) {\n newToSubpathBezier[m] = tmpArr[m];\n }\n }\n }\n }\n else {\n for (var i_1 = 0; i_1 < len; i_1 += 2) {\n newToSubpathBezier[i_1] = toSubpathBezier[i_1] - toCp[0];\n newToSubpathBezier[i_1 + 1] = toSubpathBezier[i_1 + 1] - toCp[1];\n }\n }\n result.push({\n from: newFromSubpathBezier,\n to: newToSubpathBezier,\n fromCp: fromCp,\n toCp: toCp,\n rotation: -bestAngle\n });\n }\n return result;\n}\nexport function isCombineMorphing(path) {\n return path.__isCombineMorphing;\n}\nexport function isMorphing(el) {\n return el.__morphT >= 0;\n}\nvar SAVED_METHOD_PREFIX = '__mOriginal_';\nfunction saveAndModifyMethod(obj, methodName, modifiers) {\n var savedMethodName = SAVED_METHOD_PREFIX + methodName;\n var originalMethod = obj[savedMethodName] || obj[methodName];\n if (!obj[savedMethodName]) {\n obj[savedMethodName] = obj[methodName];\n }\n var replace = modifiers.replace;\n var after = modifiers.after;\n var before = modifiers.before;\n obj[methodName] = function () {\n var args = arguments;\n var res;\n before && before.apply(this, args);\n if (replace) {\n res = replace.apply(this, args);\n }\n else {\n res = originalMethod.apply(this, args);\n }\n after && after.apply(this, args);\n return res;\n };\n}\nfunction restoreMethod(obj, methodName) {\n var savedMethodName = SAVED_METHOD_PREFIX + methodName;\n if (obj[savedMethodName]) {\n obj[methodName] = obj[savedMethodName];\n obj[savedMethodName] = null;\n }\n}\nfunction applyTransformOnBeziers(bezierCurves, mm) {\n for (var i = 0; i < bezierCurves.length; i++) {\n var subBeziers = bezierCurves[i];\n for (var k = 0; k < subBeziers.length;) {\n var x = subBeziers[k];\n var y = subBeziers[k + 1];\n subBeziers[k++] = mm[0] * x + mm[2] * y + mm[4];\n subBeziers[k++] = mm[1] * x + mm[3] * y + mm[5];\n }\n }\n}\nfunction prepareMorphPath(fromPath, toPath) {\n var fromPathProxy = fromPath.getUpdatedPathProxy();\n var toPathProxy = toPath.getUpdatedPathProxy();\n var _a = alignBezierCurves(pathToBezierCurves(fromPathProxy), pathToBezierCurves(toPathProxy)), fromBezierCurves = _a[0], toBezierCurves = _a[1];\n var fromPathTransform = fromPath.getComputedTransform();\n var toPathTransform = toPath.getComputedTransform();\n function updateIdentityTransform() {\n this.transform = null;\n }\n fromPathTransform && applyTransformOnBeziers(fromBezierCurves, fromPathTransform);\n toPathTransform && applyTransformOnBeziers(toBezierCurves, toPathTransform);\n saveAndModifyMethod(toPath, 'updateTransform', { replace: updateIdentityTransform });\n toPath.transform = null;\n var morphingData = findBestMorphingRotation(fromBezierCurves, toBezierCurves, 10, Math.PI);\n var tmpArr = [];\n saveAndModifyMethod(toPath, 'buildPath', { replace: function (path) {\n var t = toPath.__morphT;\n var onet = 1 - t;\n var newCp = [];\n for (var i = 0; i < morphingData.length; i++) {\n var item = morphingData[i];\n var from = item.from;\n var to = item.to;\n var angle = item.rotation * t;\n var fromCp = item.fromCp;\n var toCp = item.toCp;\n var sa = Math.sin(angle);\n var ca = Math.cos(angle);\n lerp(newCp, fromCp, toCp, t);\n for (var m = 0; m < from.length; m += 2) {\n var x0_1 = from[m];\n var y0_1 = from[m + 1];\n var x1 = to[m];\n var y1 = to[m + 1];\n var x = x0_1 * onet + x1 * t;\n var y = y0_1 * onet + y1 * t;\n tmpArr[m] = (x * ca - y * sa) + newCp[0];\n tmpArr[m + 1] = (x * sa + y * ca) + newCp[1];\n }\n var x0 = tmpArr[0];\n var y0 = tmpArr[1];\n path.moveTo(x0, y0);\n for (var m = 2; m < from.length;) {\n var x1 = tmpArr[m++];\n var y1 = tmpArr[m++];\n var x2 = tmpArr[m++];\n var y2 = tmpArr[m++];\n var x3 = tmpArr[m++];\n var y3 = tmpArr[m++];\n if (x0 === x1 && y0 === y1 && x2 === x3 && y2 === y3) {\n path.lineTo(x3, y3);\n }\n else {\n path.bezierCurveTo(x1, y1, x2, y2, x3, y3);\n }\n x0 = x3;\n y0 = y3;\n }\n }\n } });\n}\nexport function morphPath(fromPath, toPath, animationOpts) {\n if (!fromPath || !toPath) {\n return toPath;\n }\n var oldDone = animationOpts.done;\n var oldDuring = animationOpts.during;\n prepareMorphPath(fromPath, toPath);\n toPath.__morphT = 0;\n function restoreToPath() {\n restoreMethod(toPath, 'buildPath');\n restoreMethod(toPath, 'updateTransform');\n toPath.__morphT = -1;\n toPath.createPathProxy();\n toPath.dirtyShape();\n }\n toPath.animateTo({\n __morphT: 1\n }, defaults({\n during: function (p) {\n toPath.dirtyShape();\n oldDuring && oldDuring(p);\n },\n done: function () {\n restoreToPath();\n oldDone && oldDone();\n }\n }, animationOpts));\n return toPath;\n}\nfunction hilbert(x, y, minX, minY, maxX, maxY) {\n var bits = 16;\n x = (maxX === minX) ? 0 : Math.round(32767 * (x - minX) / (maxX - minX));\n y = (maxY === minY) ? 0 : Math.round(32767 * (y - minY) / (maxY - minY));\n var d = 0;\n var tmp;\n for (var s = (1 << bits) / 2; s > 0; s /= 2) {\n var rx = 0;\n var ry = 0;\n if ((x & s) > 0) {\n rx = 1;\n }\n if ((y & s) > 0) {\n ry = 1;\n }\n d += s * s * ((3 * rx) ^ ry);\n if (ry === 0) {\n if (rx === 1) {\n x = s - 1 - x;\n y = s - 1 - y;\n }\n tmp = x;\n x = y;\n y = tmp;\n }\n }\n return d;\n}\nfunction sortPaths(pathList) {\n var xMin = Infinity;\n var yMin = Infinity;\n var xMax = -Infinity;\n var yMax = -Infinity;\n var cps = map(pathList, function (path) {\n var rect = path.getBoundingRect();\n var m = path.getComputedTransform();\n var x = rect.x + rect.width / 2 + (m ? m[4] : 0);\n var y = rect.y + rect.height / 2 + (m ? m[5] : 0);\n xMin = Math.min(x, xMin);\n yMin = Math.min(y, yMin);\n xMax = Math.max(x, xMax);\n yMax = Math.max(y, yMax);\n return [x, y];\n });\n var items = map(cps, function (cp, idx) {\n return {\n cp: cp,\n z: hilbert(cp[0], cp[1], xMin, yMin, xMax, yMax),\n path: pathList[idx]\n };\n });\n return items.sort(function (a, b) { return a.z - b.z; }).map(function (item) { return item.path; });\n}\n;\nfunction defaultDividePath(param) {\n return split(param.path, param.count);\n}\nfunction createEmptyReturn() {\n return {\n fromIndividuals: [],\n toIndividuals: [],\n count: 0\n };\n}\nexport function combineMorph(fromList, toPath, animationOpts) {\n var fromPathList = [];\n function addFromPath(fromList) {\n for (var i = 0; i < fromList.length; i++) {\n var from = fromList[i];\n if (isCombineMorphing(from)) {\n addFromPath(from.childrenRef());\n }\n else if (from instanceof Path) {\n fromPathList.push(from);\n }\n }\n }\n addFromPath(fromList);\n var separateCount = fromPathList.length;\n if (!separateCount) {\n return createEmptyReturn();\n }\n var dividePath = animationOpts.dividePath || defaultDividePath;\n var toSubPathList = dividePath({\n path: toPath, count: separateCount\n });\n if (toSubPathList.length !== separateCount) {\n console.error('Invalid morphing: unmatched splitted path');\n return createEmptyReturn();\n }\n fromPathList = sortPaths(fromPathList);\n toSubPathList = sortPaths(toSubPathList);\n var oldDone = animationOpts.done;\n var oldDuring = animationOpts.during;\n var individualDelay = animationOpts.individualDelay;\n var identityTransform = new Transformable();\n for (var i = 0; i < separateCount; i++) {\n var from = fromPathList[i];\n var to = toSubPathList[i];\n to.parent = toPath;\n to.copyTransform(identityTransform);\n if (!individualDelay) {\n prepareMorphPath(from, to);\n }\n }\n toPath.__isCombineMorphing = true;\n toPath.childrenRef = function () {\n return toSubPathList;\n };\n function addToSubPathListToZr(zr) {\n for (var i = 0; i < toSubPathList.length; i++) {\n toSubPathList[i].addSelfToZr(zr);\n }\n }\n saveAndModifyMethod(toPath, 'addSelfToZr', {\n after: function (zr) {\n addToSubPathListToZr(zr);\n }\n });\n saveAndModifyMethod(toPath, 'removeSelfFromZr', {\n after: function (zr) {\n for (var i = 0; i < toSubPathList.length; i++) {\n toSubPathList[i].removeSelfFromZr(zr);\n }\n }\n });\n function restoreToPath() {\n toPath.__isCombineMorphing = false;\n toPath.__morphT = -1;\n toPath.childrenRef = null;\n restoreMethod(toPath, 'addSelfToZr');\n restoreMethod(toPath, 'removeSelfFromZr');\n }\n var toLen = toSubPathList.length;\n if (individualDelay) {\n var animating_1 = toLen;\n var eachDone = function () {\n animating_1--;\n if (animating_1 === 0) {\n restoreToPath();\n oldDone && oldDone();\n }\n };\n for (var i = 0; i < toLen; i++) {\n var indivdualAnimationOpts = individualDelay ? defaults({\n delay: (animationOpts.delay || 0) + individualDelay(i, toLen, fromPathList[i], toSubPathList[i]),\n done: eachDone\n }, animationOpts) : animationOpts;\n morphPath(fromPathList[i], toSubPathList[i], indivdualAnimationOpts);\n }\n }\n else {\n toPath.__morphT = 0;\n toPath.animateTo({\n __morphT: 1\n }, defaults({\n during: function (p) {\n for (var i = 0; i < toLen; i++) {\n var child = toSubPathList[i];\n child.__morphT = toPath.__morphT;\n child.dirtyShape();\n }\n oldDuring && oldDuring(p);\n },\n done: function () {\n restoreToPath();\n for (var i = 0; i < fromList.length; i++) {\n restoreMethod(fromList[i], 'updateTransform');\n }\n oldDone && oldDone();\n }\n }, animationOpts));\n }\n if (toPath.__zr) {\n addToSubPathListToZr(toPath.__zr);\n }\n return {\n fromIndividuals: fromPathList,\n toIndividuals: toSubPathList,\n count: toLen\n };\n}\nexport function separateMorph(fromPath, toPathList, animationOpts) {\n var toLen = toPathList.length;\n var fromPathList = [];\n var dividePath = animationOpts.dividePath || defaultDividePath;\n function addFromPath(fromList) {\n for (var i = 0; i < fromList.length; i++) {\n var from = fromList[i];\n if (isCombineMorphing(from)) {\n addFromPath(from.childrenRef());\n }\n else if (from instanceof Path) {\n fromPathList.push(from);\n }\n }\n }\n if (isCombineMorphing(fromPath)) {\n addFromPath(fromPath.childrenRef());\n var fromLen = fromPathList.length;\n if (fromLen < toLen) {\n var k = 0;\n for (var i = fromLen; i < toLen; i++) {\n fromPathList.push(clonePath(fromPathList[k++ % fromLen]));\n }\n }\n fromPathList.length = toLen;\n }\n else {\n fromPathList = dividePath({ path: fromPath, count: toLen });\n var fromPathTransform = fromPath.getComputedTransform();\n for (var i = 0; i < fromPathList.length; i++) {\n fromPathList[i].setLocalTransform(fromPathTransform);\n }\n if (fromPathList.length !== toLen) {\n console.error('Invalid morphing: unmatched splitted path');\n return createEmptyReturn();\n }\n }\n fromPathList = sortPaths(fromPathList);\n toPathList = sortPaths(toPathList);\n var individualDelay = animationOpts.individualDelay;\n for (var i = 0; i < toLen; i++) {\n var indivdualAnimationOpts = individualDelay ? defaults({\n delay: (animationOpts.delay || 0) + individualDelay(i, toLen, fromPathList[i], toPathList[i])\n }, animationOpts) : animationOpts;\n morphPath(fromPathList[i], toPathList[i], indivdualAnimationOpts);\n }\n return {\n fromIndividuals: fromPathList,\n toIndividuals: toPathList,\n count: toPathList.length\n };\n}\nexport { split as defaultDividePath };\n"]},"metadata":{},"sourceType":"module"} |