Transcad命令翻译

1、1File文件1.1New.新建1.2Open.打开1.3Close.关闭1.4Close All关闭所有1.5Save保存1.6Save As.另存为1.7Send.发送1.8Properties.性能1.9Open Workspace.打开工作空间1.10Save Workspace As.另存为工作空间1.11Project Manager.工程管理1.12Print.打印1.13Exit退出2Edit编辑2.1Undo/Cant undo撤销2.2Redo/Cant redo重做2.3Clear Undo/Redo清楚撤销/重做2.4Copy复制2.5Paste粘贴2.6Fill.填充

2、2.7Add Records增加记录2.8Delete Records删除记录2.9Delete Set删除选择集2.10Find.查找2.11Drawing Actions画图动作2.12Prefernces.页面属性3Map地图3.1Layer.图层管理3.2Display Manager图层展示管理3.3Duplicate Map复制地图3.4Combine Existing Maps.合并现有地图3.5Scale.设定比例3.6Previous Scale前一个比例视图3.7Initial Scale最初比例视图3.8Locator.定位3.9Synchronize同步3.10Pan平

3、移3.10.1Pan Right向右平移3.10.2Pan Left向左平移3.10.3Pan Up向上平移3.10.4Pan Down向下平移3.10.5Pan Map Toolbox地图平移工具箱3.11Bookmarks书签3.11.1Create.创建书签3.11.2Go To前往书签3.11.3Manager.书签管理3.12Color Theme.颜色主题3.13Pattern Theme.演示主题3.14Dot-Density Theme.点密度主题3.15Chart Theme.图表主题3.16Scaled-Symbol Theme.比例主题3.17Coloring.着色3.1

4、8Feature Display.特征显示3.19Prism Map.三维地图3.20Display Hidden Labels展示隐藏标签3.21Restore All Labels恢复所有标签3.22Record Video录制视频4Dataview数据表4.1Fields.字段4.2Field Sets.字段选择4.3Column Settings.字段属性设置4.4Sort.排列4.5Sort Sets.排列设置4.6Lock Columns锁定列4.7Transpose.转置4.8Group By.分组4.9Duplicates.复制4.10Formats.字段格式化4.11Join

5、.链接表格4.12Drop Join.删除连接4.13Formula Fields.公式填充字段4.14Summary Statistics统计4.15Import into Matrix导入到矩阵4.16Export to Matrix导出矩阵4.17Modify Table更改表格字段4.18Table Structure表格结构5Selection选择集5.1Settings.选择集5.2Select by Condition.通过条件选择5.3Select by List.通过列表选择5.4Select by Related Values.通过相关数值选择5.5Select by Lo

6、cation.通过位置选择5.6Select by Theme.通过专题选择5.7Select by Highlight通过高亮选择？5.8Select by Adjacency5.9Combine Selection.合并选择集5.10Select Centroids.选择质心5.11Select By Links.通过连接选择5.12Select By Nodes.基于节点选择6Tools工具6.1Toolbox地理工具箱6.2Selection选择集工具箱6.3Map Editing地图编辑6.4Imagery6.5Surface Analysis地理表面分析6.6Drawing Too

7、lbox画图工具箱6.7Map Librarian.地图库管理器6.8Locate定位6.8.1Locate By Address.通过街道地址定位6.8.2Locate By World City.通过世界城市定位6.8.3Locate By Value.通过数值定位6.8.4Locate By Coordinate.通过坐标定位6.8.5Locate By Pointing.通过指定点定位6.8.6Locate Images by Geotagging6.8.7Index Locations.定位索引6.9Geographic Analysis地理文件分析6.9.1Merge by Val

8、ue.创建地域6.9.2Create Districts.创建区域6.9.3Areas of Influence.影响区域6.9.4Bands.区域？/影响带？6.9.5Click Bands Toolbox单击影响带工具箱6.9.6Overlay.叠加6.9.7Create Density Grid.创建密度网6.9.8Distance Matrix.距离矩阵6.9.9Desire Lines.需求路径6.9.10Tag Points by Area.根据区域标记点6.9.11Weighted Center.加权中心6.10Geographic Utilities地理工具？6.10.1GPS

9、全球定位系统6.10.1.1Read GPS Data.读取GPS数据6.10.1.2Animate GPS Data.6.10.1.3Import GPS Playback Data.输入GPS重放数据6.10.2Lines of Sight.观测线6.10.3Rubbersheet.拉伸地理文件6.10.4Greate Vector Grid.创建矢量网6.10.5Connect Points.连接节点6.10.6Line/Area Conversion.转换线和区域6.10.7Link External Node/Line Layers.6.10.8Clip by Area.按地区剪贴地

10、理文件6.10.9Multi Clipper.6.10.10Mask.6.10.11Merge Geography.合并地图层6.10.12Coordinate to XY.6.10.13District Reports.6.10.14Mailing Labels.6.10.15Geographic File.地理文件6.11Logging6.11.1View Report6.11.2View Log6.11.3Add Text to Log/Report File6.11.4Clear Report6.11.5Clear Log6.12Export.地理文件输出6.13Open in Arc

11、Map.在ArcMap中打开6.14Slide Show.幻灯片播放6.15GIS Developers KitGISDK工具箱6.16Add-Ins加载宏/加载项？6.17Setup Add-Ins.设置加载项7Procedures程序7.1Networks/Path网络7.2Route System公交地理信息7.3Planning道路网规划模型7.4Transit公交规划模型7.5Routing/Logistics物流模型7.6Statistics统计模型7.7Show All显示全部7.8Hide All隐藏全部8Networks/Paths网络8.1Create.创建网络8.2Set

12、tings.网络设置8.3Info.信息选择集8.4Drop.删除8.5Save Network Fields to Table.保存网络字段到表格8.6Select From Network.从网络中选择8.7Turn Penalty Toolbox转向惩罚工具箱8.8Turn Prohibition Editor转向禁止编辑器8.9Shortest Path最短路径计算8.10Toll Shortest Path基于收费最短路径8.11K shortest PathK条最短路径8.12Dynamic Path动态路径8.13Node to Node Distances.节点-节点距离8.1

13、4Point to Point Distances.点-点（越野）距离8.15Multiple Paths.多重路径8.16Multiple Toll Paths.多重收费路径8.17Dynamic Multiple Paths.动态多路径8.18Point to Point Paths.点到点路径8.19Traveling Sclesman Problem.TSP问题8.20Network Partitioning.网络分隔8.21Network Bands.网络覆盖范围8.22Network Bands from Matrix.8.23Create Exclusion Areas.9Rou

14、te Systems公交地理信息9.1Editing Toolbox公交地理信息编辑工具箱9.2Route Query Toolbox公交查询工具箱9.3Route Service Toolbox公交服务查询工具箱9.4Route Browser Toolbox公交线路查询工具箱9.5Linear Referencing线性参考9.5.1Attach.连接9.5.2Merge Layers.合并里程层9.5.3Shrink Table.缩小里程表9.5.4Strip Chart.带状分布图9.5.5Add Mileposts.计算里程值9.5.6Calibrate from Table.校准里

15、程表？9.6Utilities工具？9.6.1Select Links from Routes.9.6.2Select Routes from Links.9.6.3Compact.压缩9.6.4Merge.合并9.6.5Move.移动9.6.6Create from Table.表格生成9.6.7Create Stops.创建公交站点9.6.8Create with Route Stops.创建路线站点9.6.9Create with Physical Stops.创建物理站点9.6.10Compute Route Attributes.计算路径属性9.6.11Fill Line Layer

16、 Field with Route Attribute.用路径属性填充线层？9.6.12Route Overlap Matrix.路径重叠矩阵9.6.13Route Services.9.6.14Archive Route System9.6.15Restore Route System Archive.9.7Reload重新加载9.8Verify公交路网验证9.9Import GTFS.9.10Import GTFS to Link Layer.9.11Export to GTFS.10Planning规划10.1Trip Productions出行发生10.1.1Cross-Classif

17、ication交叉分类10.1.2Apply a Model应用模型10.1.3Quick Response快速反应10.1.4NCHRP365 Trip ProductionNCHRP365出行发生NCHRP365：美国城市规划出行评估技术10.1.5NCHRP365 RatesNCHRP365率10.2Trip Attractions出行吸引10.2.1Cross-Classification交叉分类10.2.2ITE Attraction RatesITE吸引率数据10.2.3Build ITE Trip Attraction Database建立ITE出行吸引数据10.2.4Apply

18、 a Model应用模型10.2.5Quick Response快速反应10.2.6NCHRP365 Trip AttractionNCHRP365出行吸引10.2.7NCHRP365 RatesNCHRP365率10.3Balance平衡10.4Quick Response Method快速反应法10.5Trip Distribution出行分布10.5.1Gravity Application引力模型应用10.5.2Gravity Calibration引力模型校准10.5.3UTPS Style Gravity ModelUTPS型引力模型UTPS：城镇交通规则系统10.5.4Growt

19、h Factor Method增长因子法10.5.5Intervening Opportunities Model干预机会模型10.5.6Tri-Proportional Growth Factor三重比例增长因数10.5.7Tri-Proportional Gravity三重比例引力模型10.5.8Destination Choice Model Application讫点选择模型应用10.5.9Intrazonal Travel Times隐域性旅程时间10.5.10Trip Length Distribution旅行长度分布10.5.11Synthetic Friction Factor

20、s摩擦因子合成10.6Mode Split模型分离10.6.1Logit Model ApplicationLogit模型应用10.6.2Logit Model EstimationLogit模型估计10.7P-A to O-DP-A转O-D10.8Time of Day Analysis执行时段分析10.9Static Traffic Assignment静态交通分配10.9.1Traffic Assignment交通分配10.9.2Origin UE原始用户平衡10.9.3Multi-Modal Multi-Class Assignment多方式多类型分配10.9.4Volume-Depe

21、ndent Turning Delays基于流量的转向延误10.9.5Intersection Control Editor交叉口控制编辑器10.9.6Multi Loading Point Assignment多加载点分配10.9.7Multi Loading Point Node Capacity多加载点的节点通行能力10.9.8Subarea Analysis分区分析10.9.9Multi-Modal Multi-Class Subarea Analysis多方式多类型分区分析10.10Dynamic Traffic Assignment动态交通分配10.10.1Dynamic Assi

22、gnment动态分配10.10.2Dynamic Signal Assignment动态信号分配10.10.3Dynamic Multi-Modal Multi-Class Assignment动态多方式多类型分配10.10.4Dynamic Multi-Modal Multi-Class Signal Assignment动态多方式多类型信号分配10.10.5Dynamic Flow Map动态流量图10.11Assignment Utilities分配工具10.11.1Create Flow Map创建流量图10.11.2Assignment Differences分配差异10.11.3V

23、DF ChartVDF图表VDF：流量延误函数10.11.4Display Intersection Flows显示交叉口流量10.11.5Assignment Path Toolbox分配路径工具箱10.11.6Screenline Analysis检测线分析10.11.7Select Link/Zone Query Builder指定路段/小区快速建立10.11.8OUE Select Link/Zone AnalysisOUE指定路段/小区分析10.11.9OUE Subarea AnalysisOUE分区分析10.11.10OUE Turn Movement AnalysisOUE转弯

24、运动分析10.11.11Link Calculator路段计算器10.11.12ICU CalculatorICU计算器10.11.13RMSE CalculatorRMSE计算器10.12O-D Matrix EstimationOD矩阵估计OD反推？10.12.1Single Class Matrix Estimation单类型矩阵估计10.12.2Muti Class Matrix Estimation多类型矩阵估计10.13Planning Utilities规划工具10.13.1Centroid Connectors质心连接器10.13.2Creat a Turning Moveme

25、nt Table创建转弯运动表10.13.3Aggregate Turning Volumes By Link通过路段的宏观转弯量10.13.4SUMMIT User Benefit CalculationSUMMIT用户效益计算10.13.5SUMMIT Results ManagerSUMMIT结果管理10.13.6Mobile 6 Emission Model移动6排放模型10.13.7Population Synthesis样本综合合成10.13.8Build Cross-Classification Table建立交叉分类表10.14Planning Data规划数据10.14.1I

26、mport Planning Networks导入规划网络10.14.2Import from Node/Link tables由节点/路段表导入10.14.3Import EMME/2 Files导入EMME/2文件10.14.4Export to EMME/2 Batchout导出到EMME/2 Batchout10.14.5Import FSUTMS TRANPLAN Binary Networks导入FSUTMS TRANPLAN二进制网络10.14.6Import FSUTMS TRANPLAN Text Netrworks导入FSUTMS TRANPLAN文本网络10.14.7Im

27、port FSUTMS TRANPLAN Matrices导入FSUTMS TRANPLAN矩阵10.14.8Import MINUTP Binary Networks导入MINUTP二进制网络10.14.9Import MINUTP Matrices导入MINUTP矩阵10.14.10Import SATURN Network导入SATURN网络10.14.11Import SATURN Matrices导入SATURN矩阵10.14.12Import TModel Matrices导入T模型矩阵10.14.13Import TP+ Binary Networks导入TP+二进制网络10.1

28、4.14Import TP+ Matriices导入TP+矩阵10.14.15Import TRANPLAN Binary Network导入TRANPLAN二进制网络10.14.16Import TRANPLAN Matrices导入TRANPLAN矩阵10.14.17Import TRANPLAN Text Tables导入TRANPLAN文本网络10.14.18Convert Turn Penalty Table转换转弯惩罚表10.15Survey Utilities调查工具10.15.1Travel Geography Viewer旅行地理观察器10.15.2Generate Trip

29、-based Information基于出行的信息生成10.15.3Generate Tour-based Information基于旅行的信息生成10.16Accessibility可达性10.16.1Cumulative Opportunity累计机会10.16.1.1Access通路10.16.1.2Network网络10.16.2Continuous Measures连续指标10.16.2.1Hansen Single ModeHansen单模型10.16.2.2Hansen Multi-ModeHansen多模型10.16.3Urban Form城市形态10.16.3.1Entrop

30、y熵10.16.3.2Connectivity连通性10.16.3.3Intersection Densisty交叉口密度10.16.3.4Walkablity步行能力10.17HCM 2010 ProceduresHCM2000程序10.17.1Sinalized and Unsignalized INtersections信控与非信控交叉口10.17.2Two-Lane Highways双车道公路10.17.3Multilane Highways多车道公路10.18Distributed Computing Toolbox分布式计算工具箱10.19Batch Editing批量编辑11Tr

31、ansit公交规划模型11.1Create Network.创建网络11.2Tag Stops to Node.捕捉公交站点对应节点编号11.3Transit Network Settings设置公共交通网络11.3.1Pathfinder.路径搜索法11.3.2Shortest Path.最短路径法11.3.3Schedule Based.基于时刻表法11.3.4Optimal Strategies.最优策略法11.4Update Network Settings更新网络设置11.5Update Stop to Stop Costs更新站间费用11.6Interactive Pathfinding查找公共交通最短路径11.6.1Pathfinder.路径搜索法11.6.2Shortest Path.最短路径法11.6.3Schedule Based.基于时刻表法11.6.4Optimal Strategies.最优策略法11.7Skimming？计算公共交通最优路径属性浏览矩阵11.7.1Pathfinder.路径搜索法11.7.2Shortest Path.最短路径法11.7.3Optimal Strategies.最优策略法11.8Transit Ne