DataManagementTools（数据管理工具）《一》
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DataManagementTools（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("", "SKIP_EXISTING_STATS", 输出统计数据报告⽂本⽂件, "DATASET", "COMMA", "DECIMAL_POINT")
# Process: 从 LAS 数据集中移除⽂件
arcpy.RemoveFilesFromLasDataset_management("", "", "")
# Process: 创建 LAS 数据集
arcpy.CreateLasDataset_management("", 输出_LAS_数据集, "NO_RECURSION", "", "", "NO_COMPUTE_STATS", "ABSOLUTE_PATHS", "NO_FILES")
# Process: 将⽂件添加到 LAS 数据集
arcpy.AddFilesToLasDataset_management("", "", "NO_RECURSION", "")
# Process: ⽤作栅格数据的 LAS 点统计
arcpy.LasPointStatsAsRaster_management("", 输出栅格, "PULSE_COUNT", "CELLSIZE", "10")
2、关系类
# Process: 创建关系类
arcpy.CreateRelationshipClass_management("", "", 输出关系类, "SIMPLE", "", "", "NONE", "ONE_TO_ONE", "NONE", "", "", "", "")
# Process: 表转关系类
arcpy.TableToRelationshipClass_management("", "", 输出关系类__2_, "SIMPLE", "", "", "NONE", "ONE_TO_ONE", "", "", "", "", "", "")
# Process: 迁移关系类
arcpy.MigrateRelationshipClass_management("")
3、⼏何⽹络
# Process: 从⼏何⽹络删除空要素类
arcpy.RemoveEmptyFeatureClassFromGeometricNetwork_management("", "")
# Process: 从⼏何⽹络移除连通性规则
arcpy.RemoveConnectivityRuleFromGeometricNetwork_management("", "")
# Process: 创建⼏何⽹络
arcpy.CreateGeometricNetwork_management("", "", "", "", "", "", "", "PRESERVE_ENABLED")
# Process: 向⼏何⽹络添加边-交汇点连通性规则
arcpy.AddEdgeJunctionConnectivityRuleToGeometricNetwork_management("", "", "", "", "", "NO_DEFAULT", "", "", "", "")
# Process: 向⼏何⽹络添加边-边连通性规则
arcpy.AddEdgeEdgeConnectivityRuleToGeometricNetwork_management("", "", "", "", "", "", "")
# Process: 在⼏何⽹络中查找断开连接的要素
arcpy.FindDisconnectedFeaturesInGeometricNetwork_management("", 输出图层名称)
# Process: 设置流向
arcpy.SetFlowDirection_management("", "")
# Process: 追踪⼏何⽹络
arcpy.TraceGeometricNetwork_management("", 输出图层组名称, "", "", "", "", "", "", "", "NO_TRACE_ENDS", "NO_TRACE_INDETERMINATE_FLOW", "", "", "AS_IS", "", "", "", "AS_IS")
# Process: 重新构建⼏何⽹络
arcpy.RebuildGeometricNetwork_management("", 输出⽇志⽂件)
# Process: 验证和修复⼏何⽹络连通性
arcpy.VerifyAndRepairGeometricNetworkConnectivity_management("", 输出⽇志⽂件__2_, "VERIFY_ONLY", "NO_EXHAUSTIVE_CHECK", "DEFAULT")
4、分布式地理数据集
# Process: 从服务器创建复本
arcpy.CreateReplicaFromServer_management("", "", "TWO_WAY_REPLICA", "", "", "FULL", "CHILD_DATA_SENDER", "USE_DEFAULTS", "DO_NOT_REUSE", "GET_RELATED", "", "DO_NOT_USE_ARCHIVING")
# Process: 创建复本
arcpy.CreateReplica_management("", "TWO_WAY_REPLICA", "", "", "FULL", "CHILD_DATA_SENDER", "USE_DEFAULTS", "DO_NOT_REUSE", "GET_RELATED", "", "DO_NOT_USE_ARCHIVING")
# Process: 创建复本轮廓线
arcpy.CreateReplicaFootPrints_management("", "", "")
# Process: 同步数据变化
arcpy.SynchronizeChanges_management("", "", "", "BOTH_DIRECTIONS", "IN_FAVOR_OF_GDB1", "BY_OBJECT", "DO_NOT_RECONCILE")
# Process: 导⼊ XML ⼯作空间⽂档
arcpy.ImportXMLWorkspaceDocument_management("", "", "DATA", "")
# Process: 导⼊复本⽅案
arcpy.ImportReplicaSchema_management("", "")
# Process: 导⼊消息
arcpy.ImportMessage_management("", "", 输出确认⽂件, "MANUAL", "BY_OBJECT", "DO_NOT_RECONCILE")
# Process: 导出 XML ⼯作空间⽂档
arcpy.ExportXMLWorkspaceDocument_management("", 输出⽂件, "DATA", "BINARY", "METADATA")
# Process: 导出复本⽅案
arcpy.ExportReplicaSchema_management("", 输出复本⽅案⽂件, "")
# Process: 导出数据变更消息
arcpy.ExportDataChangeMessage_management("", 输出数据变更⽂件, "", "DO_NOT_SWITCH", "UNACKNOWLEDGED", "NEW_CHANGES")
# Process: 导出确认消息
arcpy.ExportAcknowledgementMessage_management("", 输出确认⽂件__2_, "")
# Process: ⽐较复本⽅案
arcpy.CompareReplicaSchema_management("", "", 输出复本⽅案变更⽂件)
# Process: 添加全局 ID
arcpy.AddGlobalIDs_management("")
# Process: 重新导出未确认的消息
arcpy.ReExportUnacknowledgedMessages_management("", 输出增量⽂件, "", "ALL_UNACKNOWLEDGED")5、切⽚缓存
# Process: 导⼊切⽚缓存
arcpy.ImportTileCache_management("", "", "", 感兴趣区, "MERGE")
# Process: 导出切⽚缓存
arcpy.ExportTileCache_management("", "", "", "TILE_CACHE", "COMPACT", "", 感兴趣区__2_)
# Process: ⽣成切⽚缓存切⽚⽅案
arcpy.GenerateTileCacheTilingScheme_management("", 输出切⽚⽅案, "NEW", "", "", "", "SCALE", "0 0", "96", "256 x 256", "MIXED", "75", "COMPACT", "")
# Process: 管理切⽚缓存
arcpy.ManageTileCache_management("", "RECREATE_ALL_TILES", "", "", "ARCGISONLINE_SCHEME", "", "", 感兴趣区__3_, "", "", "")
6、制图综合
# Process: 消除
arcpy.Eliminate_management("", 输出要素类, "LENGTH", "", "")
# Process: 消除⾯部件
arcpy.EliminatePolygonPart_management("", 输出要素类__2_, "AREA", "0 Unknown", "0", "CONTAINED_ONLY")
# Process: 融合
arcpy.Dissolve_management("", 输出要素类__3_, "", "", "MULTI_PART", "DISSOLVE_LINES")
7、图层和表⽰图
# Process: 保存⾄图层⽂件
arcpy.SaveToLayerFile_management("", 输出图层, "", "CURRENT")
# Process: 创建 LAS 数据集图层
arcpy.MakeLasDatasetLayer_management("", 输出图层__2_, "", "", "INCLUDE_UNFLAGGED", "INCLUDE_SYNTHETIC", "INCLUDE_KEYPOINT", "EXCLUDE_WITHHELD", "")
# Process: 创建 WCS 图层
arcpy.MakeWCSLayer_management("", 输出_WCS_图层, "DEFAULT", "")
# Process: 创建 XY 事件图层
arcpy.MakeXYEventLayer_management("", "", "", 图层名称或表视图, "GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]];-40
