Cheap low cost OEM discount Autodesk Autocad Map 3D software download

Survey Functionality
AutoCAD Map 3D GIS software includes a rich set of survey tools to enable you to more easily import, compute, manage, and utilize field measurements acquired from GPS and terrestrial sources. The survey functionality includes the ability to consume custom field codes that can be mapped to database attributes, making asset collection more efficient using any device. Additional survey functionality includes:

• Leica GSI, CPlan RO, ASCII point, and LandXML data import
• Survey database and schema
• Point groups
• Automatic creation of features

Surfaces & Point Cloud Tools
Create large-scale surface models from points, and contour data and create contours from surfaces. Visualize and analyze topographic information, 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. Additional point cloud tools enable you to import and visualize large sets of 3D laser scanning/LIDAR data sets (often with hundreds of millions of points). You can also stylize point clouds by LAS classification, spatial extents, elevation, or intensity.

Data Access & Editing
Using open-source Feature Data Object (FDO) technology, AutoCAD® Map 3D provides direct access to GIS data from a variety of spatial data sources, including ESRI® files 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. Direct access means no data translations, which helps to support data integrity. The open, standards-based database support enables you to more easily join CAD objects to commonly used databases and spreadsheets, and to store CAD and geospatial data in relational database management and GIS systems.

Enhanced Data Access & Management
Enhanced Microsoft Excel spreadsheet capabilities enable you to join attribute and GIS data and edit the Excel data stored directly inside AutoCAD Map 3D GIS mapping software. Additionally, improved spatial database tools enable you to store and use multiple geometric representations of your infrastructure assets, providing you with the flexibility to choose the geometry that best suits your deliverable requirements.

Analysis Tools
Analysis tools help you answer questions and make decisions about your data. Perform the following tasks: link information in vector and tabular formats together; perform data queries; create thematic maps; build topologies; create reports; and perform buffer, tracing, and overlay analysis. With easier visualization and evaluation of design and geospatial information, GIS planning and analysis tools can help with planning and decision making.

Access More Coordinate Systems
Search for or create coordinate systems using custom grid files, and utilize 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. Perform on-the-fly coordinate transformations and use tools such as Transform, Rubbersheeting, and Track Coordinates to more accurately georeference your AutoCAD software design data.

Publish Directly to the Web
Distribute your geospatial data, maps, and designs in ways that meet your organization’s needs. Create drawings, designs, and maps, and publish them to the Internet using the Autodesk Infrastructure Map Server application. Or, distribute them as individual georeferenced DWF files, multisheet DWF Map Books, or paper plots. Help keep customers and teams throughout your organization up-to-date with the latest information.

Interoperability with AutoCAD & GIS software
AutoCAD Map 3D interoperates with major design and GIS software, so you can read, write, and convert data between standard formats, including:

• DWG—Output a DWG file that is readable by any AutoCAD software client, in both visual and editable modes
• Arc/Info coverages
• SHP and E00 from ESRI
• MapInfo MIF/MID
• MapInfo TAB
• MicroStation DGN
• Generalized Markup Language
• Ordnance Survey MasterMap (DNF) (GML2, read-only)
• Oracle
• Vector Product Format (VPF, read-only)
• ASCII
• LandXML
• SDF
• Spatial Data Transfer Standard (SDTS, read-only)

Grids, Graticules & Map Books
Create and publish maps based on U.S. National Grid (USNG) standards, latitude and longitude grids, and more. Easy-to-use interfaces support data capture with multiple coordinate systems; grids and graticules in paper space; dynamic labeling; and styling. Produce more accurate, up-to-date plots and tiled map books for your exhibits and field work, while providing field crews with necessary information for their projects. To view and download sample maps and map books from utilities, government, natural resources, planning, transportation, and other industries, visit the Map Gallery.

Data Management Tools
Manage spatial data in almost any format and use out-of-the-box industry models (available for both stand-alone and enterprise environments), or create and modify your own data models more quickly and easily using industry standard data modeling tools. Move and convert data from one data store to another. AutoCAD Map 3D infrastructure planning and management software acts as a hub for managing large amounts of spatial data, helping you to unlock legacy spatial information and streamline your workflow.

Workflows & Feature Rules
Using the Microsoft Windows Workflow Foundation (WF), AutoCAD Map 3D software makes it easier to automate repetitive tasks with a powerful workflow framework and user interface. With the framework, you can build, save, and share simple and complex workflows with a visual editor. Facilitate more accurate data updates based on industry—or custom defined—standards by using custom feature rules and workflows for industry models.

Industry Model Analysis
Use connectivity information built into the industry models to identify connected facilities or analyze the impact of your actions on your infrastructure.