vue高仿知乎日报单页面使用，技术栈vuevuexvue-routeraxiosmint-uisass

短信拦阻c118gmsosmocombb

Blynk,knownasthemostuser-friendlyIoTplatform,providesawaytobuildmobileapplicationsinminutes.WiththeBlynkdrag-n-dropmobileappbuilder,anyonecanbuildamazingIoTapplicationswithminimalresourcesandeffort,onhardwarerangingfromprototypingplatformssuchasArduinoandRaspberryPi3toindustrial-gradeESP8266,Intel,SierraWireless,Particle,TexasInstruments,andafewothers.ThisbookusesRaspberryPiasthemainhardwareplatformandC/C++towritesketchestobuildprojects.Thefirstpartofthisbookshowshowtosetupadevelopmentenvironmentwithvarioushardwarecombinationsandrequiredsoftware.ThenyouwillbuildyourfirstIoTapplicationwithBlynkusingvarioushardwarecombinationsandconnectivitytypessuchasEthernetandWi-Fi.Thenyou'lluseandconfigurevariouswidgets(control,display,notification,interface,timeinput,andsomeadvancedwidgets)withBlynkAppBuildertobuildapplications.Towardstheend,youwilllearnhowtoconnectwithandusebuilt-insensorsonAndroidandiOSmobiledevices.FinallyyouwilllearnhowtobuildarobotthatcanbecontrolledwithaBlynkappthroughtheBlynkcloudandpersonalserver.Bytheendofthisbook,youwillhavehands-onexperiencebuildingIoTapplicationsusingBlynk.WhatyouwilllearnBuilddevicesusingRaspberryPiandvarioussensorsandactuatorsUseBlynkcloudtoconnectandcontroldevicesthroughtheBlynkappConnectdevicestoBlynkcloudandserverthroughEthernetandWi-FiMakeapplicationsusingBlynkapps(AppBuilder)onAndroidandiOSplatformsRunBlynkpersonalserverontheWindows,MAC,andRaspberryPiplatformsWhoThisBookIsForThisbookistargetedatanystakeholderworkingintheIoTsectorwhowantstounderstandhowBlynkworksandbuildexcitingIoTprojects.PriorunderstandingofRaspberryPi,C/C++,andelectronicsisamust.TableofContentsSettingupDevelopmentEnvironmentBuildingyourFirstBly

Blynk,knownasthemostuser-friendlyIoTplatform,providesawaytobuildmobileapplicationsinminutes.WiththeBlynkdrag-n-dropmobileappbuilder,anyonecanbuildamazingIoTapplicationswithminimalresourcesandeffort,onhardwarerangingfromprototypingplatformssuchasArduinoandRaspberryPi3toindustrial-gradeESP8266,Intel,SierraWireless,Particle,TexasInstruments,andafewothers.ThisbookusesRaspberryPiasthemainhardwareplatformandC/C++towritesketchestobuildprojects.Thefirstpartofthisbookshowshowtosetupadevelopmentenvironmentwithvarioushardwarecombinationsandrequiredsoftware.ThenyouwillbuildyourfirstIoTapplicationwithBlynkusingvarioushardwarecombinationsandconnectivitytypessuchasEthernetandWi-Fi.Thenyou'lluseandconfigurevariouswidgets(control,display,notification,interface,timeinput,andsomeadvancedwidgets)withBlynkAppBuildertobuildapplications.Towardstheend,youwilllearnhowtoconnectwithandusebuilt-insensorsonAndroidandiOSmobiledevices.FinallyyouwilllearnhowtobuildarobotthatcanbecontrolledwithaBlynkappthroughtheBlynkcloudandpersonalserver.Bytheendofthisbook,youwillhavehands-onexperiencebuildingIoTapplicationsusingBlynk.WhatyouwilllearnBuilddevicesusingRaspberryPiandvarioussensorsandactuatorsUseBlynkcloudtoconnectandcontroldevicesthroughtheBlynkappConnectdevicestoBlynkcloudandserverthroughEthernetandWi-FiMakeapplicationsusingBlynkapps(AppBuilder)onAndroidandiOSplatformsRunBlynkpersonalserverontheWindows,MAC,andRaspberryPiplatformsWhoThisBookIsForThisbookistargetedatanystakeholderworkingintheIoTsectorwhowantstounderstandhowBlynkworksandbuildexcitingIoTprojects.PriorunderstandingofRaspberryPi,C/C++,andelectronicsisamust.TableofContentsSettingupDevelopmentEnvironmentBuildingyourFirstBly

android开源库osmdroid绘制点线面（比例尺，减少放大，导航图标等）。
常用的基本用法都有，以及之前写加载离线地图也在这个项目。
我的博客地址：http://blog.csdn.net/qq_16064871。

越疆科技dobot(magician)机械臂在ROS　moveit下gazebo仿真控制和真实控制功能包有兴味的可以下载来玩MagicianRobotarm本文件夹中包含了多个为Magician机械臂提供ROS支持的软件包。
推荐的运行环境为Ubuntu16.04+ROSKinetic或Ubuntu18.04+ROSMelodic,其他环境下的运行情况没有测试过。

#CRPOpensourceC++ImplementationofCustomizableRoutePlanning(CRP)byDellingetal.ThisprojectwaspartofapracticalcourseatKarlsruheInstituteofTechnology(KIT).Requirements============InordertobuildCRPyouneedtohavethefollowingsoftwareinstalled:-BoostC++Library(http://www.boost.org),morespecificallyBoostIostreams.-Scons(http://scons.org)-g++＞=4.8(https://gcc.gnu.org)BuildingCRP============IftheBoostLibraryisnotinyourPATH,makesuretoeditthe*SConstruct*fileintherootdirectorytopointthebuildscripttothecorrectlocationofBoost.Thereisasection*Libraries*inthe*SConstruct*filewhereyoucanspecifythepaths.Onceyouhaveinstalledallthesoftwarepackageslistedabove,youcanbuildtheCRPprogramsbytyping```scons--target=CRP--optimize=Opt-jX```intoyourterminalwhere`X`isthenumberofcoresyouwanttouseforbuildingtheproject.Ifyouwanttouseaspecificg++compilerversionyoucanadd`--compiler=g++-Version`.Wealsosupportadebugandprofilingbuildthatyoucancallwith`--optimize=Dbg`and`--optimize=Pro`respectively.Thisco妹妹andwillbuildthreeprogramsinthefolder*deploy*:-*osmparser*:UsedtoparseanOpenStreetMap(OSM)bz2-compressedmapfile.Callitwith`./deploy/osmparserpath_to_osm.bz2path_to_output.graph.bz2`-*precalculation*:Usedtobuildanoverlaygraphbasedonagivenpartition.Callitwith`./deploy/precalculationpath_to_graphpath_to_mlpoutput_directory`.Here,*path_to_mlp*isthepathtoa*MultiLevelPartition*fileforthegraphthatyouneedtoprovide.Formoredetails,takealookintoourprojectdocumentation.-*customization*:Usedtoprecomputethemetricweightsfortheoverlaygraph.Callitwith`./deploy/customizationpath_to_graphpath_to_overlay_graphmetric_output_directorymetric_type`.Wecurrentlysupportthefollowingmetrictypes:*hop*(numberofedgestraversed),*time*and*dist*.

ArcGIS不能加载在线的高德、天地图、OSM和谷歌地图，安装该插件，将会在ArcMap中创建一个名为ChinaMap的工具条，加载该工具条当前，就可以在ArcMap中打开在线的高德地图、天地图地图、OSM地图和谷歌地图啦。

pbf文件解压为osm文件

用于spice前仿的网表库文件*************************************************PROCESS:0.5umCMOS*MODEL:BSIM3V3*DOC.NO.:*VERSION:1.0*DATE:Sept.9,2003****************************************************************.LIBtt******************************************************************************************************************************NMOSmodel*****************************************************************************************************************************.modelnmosnmoslevel=49***************************************************************MODELFLAGPARAMETERS**************************************************************+lmin=5e-007lmax=2e-005wmin=5.5e-007wmax=2e-005+version=3.2mobmod=1capmod=3nqsmod=0+binunit=2

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。