（数据管理工具）《二》

点击跳转（数据管理工具）《一》

16、打包

# Process: 共享包

arcpy.SharePackage_management("", "<未登录 ArcGIS.com。>", "*****", "", "", "", "MYGROUPS", "")

# Process: 创建地图切片包

arcpy.CreateMapTilePackage_management("", "ONLINE", 输出文件, "PNG8", "1", "", "", "", "DEFAULT", "75", "tpkx", "0")

# Process: 创建运行时内容

arcpy.CreateRuntimeContent_management("", 输出文件夹, "", "", "DEFAULT", "NETWORK_DATA;FEATURE_AND_TABULAR_DATA", "NON_OPTIMIZE_SIZE", "ONLINE", "PNG", "1", "")

# Process: 合并图层

arcpy.ConsolidateLayer_management("", 输出文件夹__2_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "ALL")

# Process: 合并地图

arcpy.ConsolidateMap_management("", 输出文件夹__3_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "CONVERT_SQLITE")

# Process: 合并定位器

arcpy.ConsolidateLocator_management("", 输出文件夹__4_, "COPY_ARCSDE")

# Process: 合并结果

arcpy.ConsolidateResult_management("", 输出文件夹__5_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "ALL")

# Process: 打包图层

arcpy.PackageLayer_management("", 输出文件__2_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "ALL", "ALL", "", "", "")

# Process: 打包地图

arcpy.PackageMap_management("", 输出文件__3_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "DESKTOP", "NOT_REFERENCED", "ALL", "", "", "")

# Process: 打包定位器

arcpy.PackageLocator_management("", 输出文件__4_, "COPY_ARCSDE", "", "", "")

# Process: 打包结果

arcpy.PackageResult_management("", 输出文件__5_, "PRESERVE", "CONVERT_ARCSDE", "DEFAULT", "ALL", "ALL", "DESKTOP", "", "", "", "CURRENT")

# Process: 提取包

arcpy.ExtractPackage_management("", 输出文件夹__6_)

17、投影和变换

# Process: 创建空间参考

arcpy.CreateSpatialReference_management("", "", "", "", "", "", "0")

# Process: 创建自定义地理(坐标)变换

arcpy.CreateCustomGeoTransformation_management("", "", 输出地理坐标系, "")

# Process: 定义投影

arcpy.DefineProjection_management("", "")

# Process: 批量投影

arcpy.BatchProject_management("", "", "", "", "")

# Process: 投影

arcpy.Project_management("", 输出数据集或要素类__2_, "", "", "", "NO_PRESERVE_SHAPE", "", "NO_VERTICAL")

# Process: 转换坐标记法

arcpy.ConvertCoordinateNotation_management("", 输出要素类, "", "", "DD_2", "DD_2", "", "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]];-400 -400 1000000000;-100000 10000;-100000 10000;8.98315284119522E-09;0.001;0.001;IsHighPrecision", "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]]", "INCLUDE_INVALID")

栅格

# Process: 从文件变换

arcpy.WarpFromFile_management("", 输出栅格数据集, "", "POLYORDER1", "NEAREST")

# Process: 平移

arcpy.Shift_management("", 输出栅格数据集__2_, "", "", "")

# Process: 扭曲

arcpy.Warp_management("", "", "", 输出栅格数据集__3_, "POLYORDER1", "NEAREST")

# Process: 投影栅格

arcpy.ProjectRaster_management("", 输出栅格数据集__4_, "", "NEAREST", "", "", "", "", "NO_VERTICAL")

# Process: 旋转

arcpy.Rotate_management("", 输出栅格数据集__5_, "", "", "NEAREST", "DEFAULT")

# Process: 注册栅格

arcpy.RegisterRaster_management("", "REGISTER", "", "", "POLYORDER1", 输出链接文件, "")

# Process: 翻转

arcpy.Flip_management("", 输出栅格数据集__6_)

# Process: 重设比例

arcpy.Rescale_management("", 输出栅格数据集__7_, "", "")

# Process: 镜像

arcpy.Mirror_management("", 输出栅格数据集__8_)

18、拓扑

# Process: 从拓扑中移除要素类

arcpy.RemoveFeatureClassFromTopology_management("", "")

# Process: 创建拓扑

arcpy.CreateTopology_management("", "", "")

# Process: 向拓扑中添加要素类

arcpy.AddFeatureClassToTopology_management("", "", "1", "1")

# Process: 导出拓扑错误

arcpy.ExportTopologyErrors_management("", Default_gdb, "")

# Process: 拓扑验证

arcpy.ValidateTopology_management("", "Full_Extent")

# Process: 添加拓扑规则

arcpy.AddRuleToTopology_management("", "Must Not Have Gaps (Area)", "", "", "", "")

# Process: 移除拓扑规则

arcpy.RemoveRuleFromTopology_management("", "")

# Process: 设置拓扑容差

arcpy.SetClusterTolerance_management("", "")

19、数据比较

# Process: TIN 比较

arcpy.TINCompare_management("", "", "ALL", "NO_CONTINUE_COMPARE", 输出比较文件)

# Process: 文件比较

arcpy.FileCompare_management("", "", "ASCII", "NO_CONTINUE_COMPARE", 输出比较文件__2_)

# Process: 栅格比较

arcpy.RasterCompare_management("", "", "RASTER_DATASET", "", "NO_CONTINUE_COMPARE", 输出比较文件__3_, "", "", "")

# Process: 检测要素更改

arcpy.DetectFeatureChanges_management("", "", 输出要素类, "", "", 输出匹配表, "0 Unknown", "", "NO_COMPARE_DIRECTION")

# Process: 表比较

arcpy.TableCompare_management("", "", "", "ALL", "", "", "", "NO_CONTINUE_COMPARE", 输出比较文件__4_)

# Process: 要素比较

arcpy.FeatureCompare_management("", "", "", "ALL", "", "", "0", "0", "", "", "NO_CONTINUE_COMPARE", 输出比较文件__5_)

20、文件地理数据库

# Process: 压缩文件地理数据库数据

arcpy.CompressFileGeodatabaseData_management("", "false")

# Process: 恢复文件地理数据库

arcpy.RecoverFileGDB_management("", "", "")

# Process: 数据库碎片整理

arcpy.Compact_management("")

# Process: 生成文件地理数据库许可

arcpy.GenerateFgdbLicense_management("", 输出数据许可文件, "DENY_EXPORT", "")

# Process: 生成许可的文件地理数据库

arcpy.GenerateLicensedFgdb_management("", 输出许可的文件地理数据库, 输出许可定义文件)

# Process: 解压文件地理数据库数据

arcpy.UncompressFileGeodatabaseData_management("", "")

21、栅格



点击此处跳转

22、照片

# Process: 地理标记照片转点

arcpy.GeoTaggedPhotosToPoints_management("", 输出要素类, 无效的照片表, "ALL_PHOTOS", "NO_ATTACHMENTS")

# Process: 按时间将照片与行匹配

arcpy.MatchPhotosToRowsByTime_management("", "", "", 输出表, 未匹配的照片表, "NO_ATTACHMENTS", "0", "0")

23、版本

# Process: 切换版本

arcpy.ChangeVersion_management("", "TRANSACTIONAL", "", "")

# Process: 创建版本

arcpy.CreateVersion_management("", "", "", "PRIVATE")

# Process: 删除版本

arcpy.DeleteVersion_management("", "")

# Process: 协调版本

arcpy.ReconcileVersions_management("", "ALL_VERSIONS", "", "", "LOCK_ACQUIRED", "NO_ABORT", "BY_OBJECT", "FAVOR_TARGET_VERSION", "NO_POST", "KEEP_VERSION", 协调版本日志)

# Process: 取消注册版本

arcpy.UnregisterAsVersioned_management("", "KEEP_EDIT", "NO_COMPRESS_DEFAULT")

# Process: 更改版本

arcpy.AlterVersion_management("", "", "", "", "PRIVATE")

# Process: 注册版本

arcpy.RegisterAsVersioned_management("", "NO_EDITS_TO_BASE")

# Process: 添加字段冲突过滤器

arcpy.AddFieldConflictFilter_management("", "")

# Process: 移除字段冲突过滤器

arcpy.RemoveFieldConflictFilter_management("", "")

24、索引

# Process: 添加属性索引

arcpy.AddIndex_management("", "", "", "NON_UNIQUE", "NON_ASCENDING")

# Process: 添加空间索引

arcpy.AddSpatialIndex_management("", "0", "0", "0")

# Process: 移除属性索引

arcpy.RemoveIndex_management("", "")

# Process: 移除空间索引

arcpy.RemoveSpatialIndex_management("")

25、表

# Process: 分析

arcpy.Analyze_management("", "")

# Process: 创建取消注册表

arcpy.CreateUnRegisteredTable_management("", "", "", "")

# Process: 创建表

arcpy.CreateTable_management("", "", "", "")

# Process: 删除行

arcpy.DeleteRows_management("")

# Process: 复制行

arcpy.CopyRows_management("", 输出表__4_, "")

# Process: 截断表

arcpy.TruncateTable_management("")

# Process: 数据透视表

arcpy.PivotTable_management("", "", "", "", 输出表__6_)

# Process: 获取计数

arcpy.GetCount_management("")

26、要素

# Process: XY 转线

arcpy.XYToLine_management("", 输出要素类, "", "", "", "", "0", "", "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]];-400 -400 1000000000;-100000 10000;-100000 10000;8.98315284119522E-09;0.001;0.001;IsHighPrecision")

# Process: 修复几何

arcpy.RepairGeometry_management("", "DELETE_NULL")

# Process: 切分

arcpy.Dice_management("", 输出要素类__3_, "")

# Process: 删除要素

arcpy.DeleteFeatures_management("")

# Process: 原点夹角距离定义线

arcpy.BearingDistanceToLine_management("", 输出要素类__5_, "", "", "", "9001", "", "9102", "0", "", "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]];-400 -400 1000000000;-100000 10000;-100000 10000;8.98315284119522E-09;0.001;0.001;IsHighPrecision")

# Process: 取消线分割

arcpy.UnsplitLine_management("", 输出要素类__6_, "", "")

# Process: 在折点处分割线

arcpy.SplitLine_management("", 输出要素类__7_)

# Process: 在点处分割线

arcpy.SplitLineAtPoint_management("", "", 输出要素类__8_, "")

# Process: 复制要素

arcpy.CopyFeatures_management("", 输出要素类__9_, "", "0", "0", "0")

# Process: 多部件至单部件

arcpy.MultipartToSinglepart_management("", 输出要素类__10_)

# Process: 大地测量密度

arcpy.GeodeticDensify_management("", 输出要素类__11_, "GEODESIC", "50 Kilometers")

# Process: 最小边界几何

arcpy.MinimumBoundingGeometry_management("", 输出要素类__12_, "RECTANGLE_BY_AREA", "NONE", "", "NO_MBG_FIELDS")

# Process: 检查几何

arcpy.CheckGeometry_management("", 输出表)

# Process: 添加 XY 坐标

arcpy.AddXY_management("")

# Process: 添加几何属性

arcpy.AddGeometryAttributes_management("", "", "", "", "")

# Process: 点集转线

arcpy.PointsToLine_management("", 输出要素类__13_, "", "", "NO_CLOSE")

# Process: 表转椭圆

arcpy.TableToEllipse_management("", 输出要素类__14_, "", "", "", "", "9001", "", "9102", "", "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]];-400 -400 1000000000;-100000 10000;-100000 10000;8.98315284119522E-09;0.001;0.001;IsHighPrecision")

# Process: 要素包络矩形转面

arcpy.FeatureEnvelopeToPolygon_management("", 输出要素类__15_, "SINGLEPART")

# Process: 要素折点转点

arcpy.FeatureVerticesToPoints_management("", 输出要素类__16_, "ALL")

# Process: 要素转点

arcpy.FeatureToPoint_management("", 输出要素类__17_, "CENTROID")

# Process: 要素转线

arcpy.FeatureToLine_management("", 输出要素类__18_, "", "ATTRIBUTES")

# Process: 要素转面

arcpy.FeatureToPolygon_management("", 输出要素类__19_, "", "ATTRIBUTES", "")

# Process: 调整 3D Z 值

arcpy.Adjust3DZ_management("", "NO_REVERSE", "0", "", "")

# Process: 面转线

arcpy.PolygonToLine_management("", 输出要素类__21_, "IDENTIFY_NEIGHBORS")

27、要素类

# Process: 创建取消注册要素类

arcpy.CreateUnRegisteredFeatureclass_management("", "", "POLYGON", "", "DISABLED", "DISABLED", "", "")

# Process: 创建要素类

arcpy.CreateFeatureclass_management("", "", "POLYGON", "", "DISABLED", "DISABLED", "", "", "0", "0", "0")

# Process: 整合

arcpy.Integrate_management("", "")

# Process: 更新注记要素类

arcpy.UpdateAnnotation_management("", "POPULATE")

# Process: 计算默认 XY 容差

arcpy.CalculateDefaultClusterTolerance_management("")

# Process: 计算默认空间格网索引

arcpy.CalculateDefaultGridIndex_management("")

# Process: 追加注记要素类

arcpy.AppendAnnotation_management("", 输出要素类__4_, "", "CREATE_CLASSES", "NO_SYMBOL_REQUIRED", "AUTO_CREATE", "AUTO_UPDATE")

# Process: 重新计算要素类范围

arcpy.RecalculateFeatureClassExtent_management("")

28、连接

# Process: 添加连接

arcpy.AddJoin_management("", "", "", "", "KEEP_ALL")

# Process: 移除连接

arcpy.RemoveJoin_management("", "")

# Process: 连接字段

arcpy.JoinField_management("", "", "", "", "")

29、采样

# Process: 创建渔网

arcpy.CreateFishnet_management(输出要素类, "", "", "", "", "", "", "", "LABELS", "DEFAULT", "POLYLINE")

# Process: 创建随机点

arcpy.CreateRandomPoints_management(Default_gdb, "", "", "0 0 250 250", "100", "0 Unknown", "POINT", "0")

# Process: 沿线生成点

arcpy.GeneratePointsAlongLines_management("", 输出要素类__3_, "DISTANCE", "", "", "")

# Process: 生成曲面细分

arcpy.GenerateTessellation_management(输出要素类__4_, "DEFAULT", "HEXAGON", "0 Unknown", "")

30、附件

# Process: 启用附件

arcpy.EnableAttachments_management("")

# Process: 添加附件

arcpy.AddAttachments_management("", "", "", "", "", "")

# Process: 生成附件匹配表

arcpy.GenerateAttachmentMatchTable_management("", "", 输出匹配表, "", "", "RELATIVE")

# Process: 禁用附件

arcpy.DisableAttachments_management("")

# Process: 移除附件

arcpy.RemoveAttachments_management("", "", "", "", "")

Data Management Tools（数据管理工具）《二》的更多相关文章

  1. Data Management and Data Management Tools

    Data Management ObjectivesBy the end o this module, you should understand the fundamentals of data m ...

  2. Building Applications with Force.com and VisualForce(Dev401)(十七):Data Management: Data management Tools

    ev401-018:Data Management: Data management ToolsModule Objectives1.List objects exposed in the impor ...

  3. Data Management Tools（数据管理工具）《一》

    数据管理工具 1.LAS数据集 # Process: LAS 数据集统计数据 arcpy.LasDatasetStatistics_management("", "SKI ...

  4. 一款功能强悍的web磁盘管理工具 （A powerful web disk management tools）

    https://github.com/kingAnyWHere/web-ftp web-ftp 一款功能强悍的web磁盘管理工具 (A powerful web disk management too ...

  5. 场景3 Data Management

    场景3 Data Management 数据管理 性能优化 OLTP OLAP 物化视图 :表的快照 传输表空间 :异构平台的数据迁移 星型转换 :事实表 OLTP : 在线事务处理 1. trans ...

  6. Open source and free log analysis and log management tools.

    Open source and free log analysis and log management tools. Maintained by Dr. Anton Chuvakin Version ...

  7. Database SQL script automation management tools investigation

    Recently researched about database SQL scripts auto management tools, recorded the results here. Res ...

  8. [Windows Azure] Data Management and Business Analytics

    http://www.windowsazure.com/en-us/develop/net/fundamentals/cloud-storage/ Managing and analyzing dat ...

  9. iOS 设备数据管理工具 iMazing v2.10.3 绿色便携版

    iMazing 是一款可以帮助用户管理 iOS 设备的软件,功能远远超出 iTunes.iMazing 连接你的 iOS 设备(iPhone. iPad 或 iPod)相连,使用起来也非常的方便.你可 ...

随机推荐

  1. Hexo搭建个人静态博客网站

    前言 前段时间博客园整改,许多博客无法查看,偶然的机会接触到了许多博客框架,可用来快速搭建一个静态博客网站:最后选择使用hexo,看了不少大佬的教程,觉得挺有意思的,于是也总结了一下自己的搭建步骤,可 ...

  2. 一键备份公众号的所有文章到PDF，再也不用担心想看的文章被删了

    有的时候,我们会发现收藏的某个微信公众号文章会被删或者和谐了,尤其是对自己非常实用的文章,一定会后悔当初怎么没有复制或者备份下来. 单篇的公众号文章要备份,随便百度一下就能找到非常多方法,这里就不多废 ...

  3. 【详细、开箱即用】.NET企业微信回调配置（数据回调URL和指令回调URL验证）

    前言: 前段时间因为公司业务需求,需要将微信小程序与企业微信对接通,也就是把小程序绑定到对应的企业微信账号下,在该企业微信的用户可以将该小程序绑定到工作台中,然后可以在工作台中打开该小程序并授权.不过 ...

  4. 微前端框架single-spa初探

    前言 最近入职的一家公司采用single-spa这个微前端框架,所以自学了此框架. single-spa这个微前端框架虽然有中文文档,但是有些零散和晦涩. 所以我想在学习之余,写篇博客拉平一下这个学习 ...

  5. Docker | 入门 & 基础操作

    Dcoker 入门 确保docker 已经安装好了,如没有装好的可以参考:Docker | 安装 运行第一个容器 docker run -it ubuntu /bin/bash docker run ...

  6. Docker数据映射

    1.映射目录 docker run -v 2.映射文件 docker run -v

  7. [考试总结]noip模拟46

    脑袋确实是不好使了需要回家暴颓治疗 数数数树鼠树 真好玩. 数数 大水题一个,妥妥的签到题目,然后... 我没签上 气展了!!! 其实我还是想麻烦了. 就是我们实际上就是排序之后每一次找头上和尾巴上的 ...

  8. BeanFactory和ApplicationContext对比

    一.BeanFactory和ApplicationContext对比 其中,ApplicationContext容器即时加载,就是一加载配置文件,就会创建对象,且自动装配bean(即写道xml中bea ...

  9. TypeScript 中装饰器的理解？应用场景？

    一.是什么 装饰器是一种特殊类型的声明,它能够被附加到类声明,方法, 访问符,属性或参数上 是一种在不改变原类和使用继承的情况下,动态地扩展对象功能 同样的,本质也不是什么高大上的结构,就是一个普通的 ...

  10. JavaScript中的async/await详解

    1.前言 ​ async函数,也就是我们常说的async/await,是在ES2017(ES8)引入的新特性,主要目的是为了简化使用基于Promise的API时所需的语法.async和await关键字 ...