GIS编辑器——TatukGIS Editor是一个专业的桌面GIS制图和数据​​编辑器。TatukGIS还有一款免费的GIS浏览器——TatukGIS Viewer，它是一个简化版的TatukGIS Editor，不包含数据编辑、3D地图显示、层整改和脚本/自定义功能。

TatukGIS Editor和TatukGIS Viewer详细的功能对比>>

TatukGIS Editor功能特征有：

视图

无需导入和格式转换，支持"原生"格式如矢量图、图像、网格和SQL geodatabase数据类型，包括先进的空间数据库（Microsoft SQL Spatial、Oracle Spatial、ESRI ArcSDE、PostGIS...）。WMS，WFS和WMTS服务可以在地图项目中作为一个层从Web中打开。综合视觉层属性、图标和规模控制提供对每个图层外观的深度定制，包括标签、填充、线的风格、识读码制、专题制图、层层次结构…其他功能包括属性数据网格表和先进的选择和查询工具。

3D视图

3D矢量渲染、DTM模型展示、悬垂性光栅和矢量图层的DTM模型、洪水模拟、光线和阴影控制、摄像头/现场控制、体积线渲染...

编辑功能

地图层的创建、编辑、翻译、导出……将指定数据从一个层到一些其他格式，如矢量图、图像、网格和SQL地理数据库格式，包括先进的空间数据库格式（如Oracle Spatial、MSSQL Spatial、ArcSDE、PostGIS...）。一个拓扑生成器/校正器系统能从矢量线和多边形层中清除几何相关的错误（重叠的多边形、多边形之间的孔、漏掉的线交叉点、晃动的节点……）。

坐标系统

3000个预定义的坐标系统，用户自定义坐标系统，以及动态投影和旋转矢量/栅格图层共同构成一个支持显示EPSG代码和OGC WKT定义的最先进的坐标系统。

修订

修订坐标系统中原生矢量地图、CAD图纸、航拍图像和地理坐标定位的失真。动态显示矫正过程并且结果立即可见。一个映射窗口保证了参考层的可用性。

脚本

TatukGIS Editor拥有强大的内置脚本IDE，使编写和调试脚本代码更加方便。它能够修改编辑器，包括完整的菜单设计，用户对话框等，或者通过新增功能来扩展编辑器。脚本引擎展示了（在编辑器内）TatukGIS Developer Kernel对象API所有的功能。这些功能可以满足几乎任何种类GIS应用程序开发的需求。复杂的终端用户应用程序可以在运行编辑器时被开发和部署。

数据库

支持几乎全部数据库引擎（Microsoft SQL Server、Oracle、IBM DB2、IBM Informix、Interbase、Firebird、Sybase、PostgreSQL、SQLite、MSJET等）和大多数SQL/空间数据库地图层格式，为企业级数据存储提供一个完全开放的选择。矢量层也可以动态的链接到外部数据库。

The free TatukGIS Viewer is a slimmed down version of the Editor, without data editing, 3D viewing, layer rectification, and scripting/customization features.

The default user interface includes:

Viewing

Vector, image, grid, and SQL geodatabase data types, including advanced spatial databases (Microsoft SQL Spatial, Oracle Spatial, ESRI ArcSDE, PostGIS...) are supported “natively”, without import or format conversion. WMS, WFS, and WMTS services may be opened from the web as a layer in a map project. Comprehensive visual layer property, legend, and scale controls provide for deep customization of the appearance of each map layer, including labels, fills, line styles, sybology, thematic mapping, layer hierarchies… Other features include attribute data grid table and advanced selection and query tools.

3D Viewing

3D vector rendering, DTM model presentation, draping of raster and vector layers over DTM models, flood simulation, light & shadow control, camera/scene control, volumetric line rendering...

Editing

Create, edit, translate, export... map layers or specified data from a layer to a number of vector, image, grid, and SQL geodatabase formats, including advanced spatial databases (Oracle Spatial, MSSQL Spatial, ArcSDE, PostGIS....). A topology builder/corrector systematically clears geometry related errors (overlapping polygons, holes between polygons, missed line intersections, dangling nodes...) from vector line and polygon layers.

Coordinate systems

State-of-the-art support for coordinate systems reflecting EPSG codes and OGC WKT definitions, with 3,000 pre-defined coordinate systems (including all U.S. State Planes), user-defined coordinate systems, and on-the-fly vector/raster map layer reprojection and rotation.

Rectification

Rectify distortions from old vector maps, CAD drawings, and aerial images and georeference to a coordinate system. Rectification is performed on-the-fly with the result instantaneously visible. A second map window enables use of a reference layer.

Scripting

Powerful built-in scripting IDE for writing and debugging code can be used to modify the Editor, including full menu redesign, custom dialog boxes, etc., or to extend the Editor with additional features. The scripting engine exposes (inside the Editor) the full power of the TatukGIS Developer Kernel object API to fulfill the requirements of almost any kind of GIS application. Scripted customizations or new features can be deployed to other users. Sophisticated end-user applications can be developed and deployed using the Editor run-time environment.

Databases

Support for most database engines (Microsoft SQL Server, Oracle, IBM DB2, IBM Informix, Interbase, Firebird, Sybase, PostgreSQL, SQLite, MSJET...) and most SQL/spatial database map layer formats, offer a wide-open choice for enterprise-level data storage. Vector layers can also be dynamically "joined" to external databases.