对应论文RM-MEDA:Aregularitymodelbasedmultiobjectiveestimationofdistributionalgorithm，张青富老师的源代码，很规范，值得学习。

使用说明1，官网下载地址https\://services.gradle.org/distributions/gradle-3.3-all,不同版本更改版本号即可，官网下载不成功的，嫌官网下载速度慢的，可以直接在这里下载2，更多版本gradle*.zip资源包参见https://editor.csdn.net/md/?articleId=107882711，如有需要可当做工具收藏。
这里坚持并且免积分下载，如有需要积分可以博客下留言邮箱

plot(onlog-logaxes)theempiricaldistributionalongwiththefittedpower-lawdistribution

完整英文版ISO/IECGUIDE98-3-SP1：2008Guidetotheexpressionofuncertaintyinmeasurement(GUM:1995)-PropagationofdistributionsusingaMonteCarlomethod，本指南-补充1提供了一种符合《测量不确定度表达指南》(GUM)广泛原则的通用数字方法，用于进行测量不确定度评估所需的计算。

%Thisfoldercontainsacollectionof"fitting"functions.%(Somehasdemooptions-thethirdsection)%TheGENERALinputtothefunctionsshouldbesamplesofthedistribution.%%forexample,ifwearetofitanormaldistribution('gaussian')withamean"u"andvaraince"sig"^2%thenthesampleswilldistributelike:%samples=randn(1,10000)*sig+u%%fittingwithLeast-Squaresisdoneonthehistogramofthesamples.%fittingwithMaximumlikelihoodisdonedirectlyonthesamples.%%%Contentsofthisfolder%=======================%1)Maximumlikelihoodestimators%2)Leastsquaresestimators%3)EMalgorithmforestimationofmultivariantgaussiandistribution(mixedgaussians)%4)addedfolders:Create-whichcreatesamplesfortheEMalgorithmtest%Plot-usedtoploteachofthedistributions(parametricplot)%%%%%%Maximumlikelihoodestimators%=============================%fit_ML_maxwell-fitmaxwelliandistribution%fit_ML_rayleigh-fitrayleighdistribution%(whichisforexample:sqrt(abs(randn)^2+abs(randn)^2))%fit_ML_laplace-fitlaplacedistribution%fit_ML_log_normal-fitlog-normaldistribution%fit_ML_normal-fitnormal(gaussian)distribution%%NOTE:allestimatorsareefficientestimators.forthisreason,thedistribution%mightbewritteninadifferentway,forexample,the"Rayleigh"distribution%isgivenwithaparameter"s"andnot"s^2".%%%leastsquaresestimators%=========================%fit_maxwell_pdf-fitsagivencurveofamaxwelliandistribution%fit_rayleigh_pdf-fitsagivencurveofarayleighdistribution%%NOTE:thesefitfunctionareusedonahistogramoutputwhichislikeasampled%distributionfunction.thegivencurveMUSTbenormalized,sincetheestimator%istryingtofitanormalizeddistributionfunction.%%%%%MultivariantGaussiandistribution%==================================%fordemoof1

SpecialEditionUsingPerlforWebProgrammingDavidHarlan,etal.CONTENTSChapter1PerlOverviewPerlOriginsHBorrowingsHCostandLicensingHDistributionHGPerlProgramsInvocationHCommand-LineArgumentsHProgramLayoutHGDataTypesScalarsHArraysH

ARINC429ProtocolTutorialThismanualwasdevelopedtoprovideageneraloverviewoftheARINC429Specification,itscharacteristicsandapplications.TheARINC429SpecificationisacopywrittendocumentownedbyAeronauticalRadio,Inc.whoisresponsibleforitsmodificationanddistribution.

1)英文原版,PDF书签带目录2)普林斯顿分析系列第4本，泛函分析。
3)经典教材。
ThisisthefourthandfinalvolumeinthePrincetonLecturesinAnalysis,aseriesoftextbooksthataimtopresent,inanintegratedmanner,thecoreareasofanalysis.Beginningwiththebasicfactsoffunctionalanalysis,thisvolumelooksatBanachspaces,Lpspaces,anddistributiontheory,andhighlightstheirrolesinharmonicanalysis.TheauthorsthenusetheBairecategorytheoremtoillustrateseveralpoints,includingtheexistenceofBesicovitchsets.Thesecondhalfofthebookintroducesreaderstoothercentraltopicsinanalysis,suchasprobabilitytheoryandBrownianmotion,whichculminatesinthesolutionofDirichlet'sproblem.TheconcludingchaptersexploreseveralcomplexvariablesandoscillatoryintegralsinFourieranalysis,andillustrateapplicationstosuchdiverseareasasnonlineardispersionequationsandtheproblemofcountinglatticepoints.Throughoutthebook,theauthorsfocusonkeyresultsineachareaandstresstheorganicunityofthesubject.

AdafruitGFXLibraryThisisthecoregraphicslibraryforallourdisplays,providingacommonsetofgraphicsprimitives(points,lines,circles,etc.).Itneedstobepairedwithahardware-specificlibraryforeachdisplaydevicewecarry(tohandlethelower-levelfunctions).Adafruitinveststimeandresourcesprovidingthisopensourcecode,pleasesupportAdafruitandopen-sourcehardwarebypurchasingproductsfromAdafruit!WrittenbyLimorFried/LadyadaforAdafruitIndustries.BSDlicense,checklicense.txtformoreinformation.Alltextabovemustbeincludedinanyredistribution.RecentArduinoIDEreleasesincludetheLibraryManagerforeasyinstallation.Otherwise,todownload,clicktheDOWNLOADZIPbutton,uncompressandrenametheuncompressedfolderAdafruit_GFX.ConfirmthattheAdafruit_GFXfoldercontainsAdafruit_GFX.cppandAdafruit_GFX.h.PlacetheAdafruit_GFXlibraryfolderyour/Libraries/folder.YoumayneedtocreatetheLibrariessubfolderifitsyourfirstlibrary.RestarttheIDE.

Amulti-focusopticalfiberlensisnumericallydemonstratedbasedonanall-dielectricmetasurfacestructure.Themetasurfaceconsistsofanarrayofrectangularsiliconresonatorswithvaryingwidthsinordertoobtaintherequiredphasedistribution.Thecorediameterofthemultimodefiberislargeenoughtocontainsufficientresonanceunits.Thespatialdistributionofthedielectricresonatorsisdictatedbyspatialmultiplexing,includinginterleavingmeta-atomsandlensaperturedivisio

在日常工作中，钉钉打卡成了我生活中不可或缺的一部分。然而，有时候这个看似简单的任务却给我带来了不少烦恼。 每天早晚，我总是得牢记打开钉钉应用，点击"工作台"，再找到"考勤打卡"进行签到。有时候因为工作忙碌，会忘记打卡，导致考勤异常，影响当月的工作评价。而且，由于我使用的是苹果手机，有时候系统更新后，钉钉的某些功能会出现异常，使得打卡变得更加麻烦。 另外，我的家人使用的是安卓手机，他们也经常抱怨钉钉打卡的繁琐。尤其是对于那些不太熟悉手机操作的长辈来说，每次打卡都是一次挑战。他们总是担心自己会操作失误，导致打卡失败。 为了解决这些烦恼，我开始思考是否可以通过编写一个全自动化脚本来实现钉钉打卡。经过一段时间的摸索和学习，我终于成功编写出了一个适用于苹果和安卓系统的钉钉打卡脚本。