Answer questions and make better decisions about your data with support from GIS analysis and planning tools. Features and functionality make visualization and evaluation of design and geospatial information easier. Link information in vector and tabular formats together; perform data queries; create thematic maps; build topologies; create reports; perform buffer, tracing, and overlay analysis.
Commercial basemap and geolocation tools lets you bring in aerial data, roads, and hybrid aerial-road maps. Geocode and reverse geocode points based on address, capture and incorporate data from aerial photography, and convert to vector data.
Search for or create coordinate systems using custom grid files, and use modern algorithms for transforming coordinate systems. Work with more than 4,000 real-world coordinate systems, or define and manage your own custom coordinate system. New coordinate system definitions are available in real time, increasing the flexibility of working with different coordinate systems when managing your infrastructure.
Import common public-domain symbols into a mapping environment and edit them to meet specific requirements.
Roll over a feature to display properties, such as tooltips and links.
Manage spatial data in almost any format and use out-of-the-box industry models available for both stand-alone and enterprise environments. Create and modify your own data models more quickly and easily using powerful data modeling tools. Move and convert data from one data store to another. More easily manage the very large, job-enabled databases required by large owners and operators of infrastructure data.
Access industry models in Microsoft SQL Server or Oracle systems. With the enhanced FDO provider, you can work with enterprise industry models on SQL Server as you would Oracle systems. Directly edit network models stored in ArcSDE 10.2, utilizing additional support functionality.
Using the Microsoft Windows Workflow Foundation (WF), it is easier to automate repetitive tasks. Build, save, and share simple and complex workflows with a visual editor. Facilitate more accurate data updates by using custom feature rules and workflows for industry models.
Create and manage intelligent industry models by converting GIS and CAD data. Populate a new industry model from FDO data sources or DWG files and map feature classes and attributes. Then, convert the data to a model and save the database as a DWG/DWT file for use in future projects. Convert existing CAD and GIS, AutoCAD software data, and other GIS data sets.
Develop a linear referencing system (LRS) application, such as a rail or transportation module. Within your new industry model, define the LRS based on existing assets and line segments. Then, include a prefix for your LRS, helping to specify the feature classes in your system. After you define new custom feature classes, configure the LRS by adding asset relationships. Then, open and manage a road or railway LRS template.
Use connectivity information built into the industry models to identify connected facilities or analyze the impact of actions on your infrastructure.
With offline editing and synchronization, users can check out industry model data to work locally in the field or with other software. Extract data in queued edit mode and bring it into the design process using AutoCAD Utility Design software, or share it with workers in the field who use Infrastructure Map Server software. When your work is complete, sync and merge the data back into the industry model.
Store AutoCAD software drawings, project files, and map drawing files in an easy-to-access online workspace using A360. View and edit your designs online or on your mobile device, and share and collaborate easily with others. The AutoCAD WS web and mobile application for AutoCAD enables you to view, edit, and share DWG drawings and GIS maps online using A360.
Distribute your geospatial data, designs, and GIS maps online in ways that meet your organization’s needs. Publish to the Internet using the Infrastructure Map Server application. Or distribute drawings as individual georeferenced DWF files, multisheet DWF map books, or paper plots. Also, you can publish a single DWG or multiple drawing files into a single map definition.
Read, write, and convert data between widely used formats. Widely used formats include:
Improve public view documents, such as maps and exhibits, with north arrows, scale bars, dynamic legends, and more viewports within the exhibit.
Create and publish maps based on U.S. National Grid (USNG) standards, latitude and longitude grids, and more criteria.
Gain direct access to GIS data from many spatial and topographical data sources using open-source Feature Data Object (FDO) technology. Data sources include ESRIfiles and managed geo-databases, Oracle, Microsoft SQL Server, PostGIS, PostgreSQL, SQLite, and MySQL.
Access aerial and satellite imagery and connect to web mapping and web feature services to take advantage of publicly available data. Take advantage of extended Map 3D support for MySQL 5.6, SQL Server 2012 Standard, SQL Server 2014, and Oracle 126.96.36.199.
The open, standards-based database support lets you join CAD objects to commonly used databases and spreadsheets more easily, and store CAD and geospatial data in relational database management and GIS systems.
Enhanced Microsoft Excel spreadsheet capabilities enable you to join attribute and GIS data and edit the Excel data stored inside AutoCAD Map 3D. Additionally, improved spatial database tools enable you to store and use multiple geometric representations of your infrastructure assets, giving you the flexibility to choose the geometry that best suits your deliverable requirements.
Rich survey tools help you easily import, compute, and manage field measurements and topographical data acquired from GPS and terrestrial sources. Survey functionality includes the ability to use custom field codes that can be mapped to database attributes, making asset collection more efficient. Additional survey functionality includes: Leica GSI, CPlan RO, ASCII point, and LandXML data import; survey database and schema; point groups; automatic creation of features.
Create large-scale surface models from points, and contour data and create contours from surfaces. Visualize and analyze topographical data, including digital elevation models (DEM) and ESRI GRID files for elevation, slope, and aspect. Drape aerial photographs and vector data onto surfaces for revealing 3D renderings and perform sunlight studies with hill shading.
Filter point cloud data based on the new point cloud engine while creating resulting surfaces within Map 3D’s Display manager. Additional point cloud tools help you import and visualize large sets of 3D laser scanning/LIDAR data sets (often with hundreds of millions of points). Stylize point clouds by LAS classification, spatial extents, elevation, or intensity.