Top Reasons to choose AutoPlotter
- Simplicity and Elegance
- Integrated Survey, Design and CAD
- Support for all Types of Survey Equipment
- Traverse Adjustment and Quality Checks
- Active Drawing and Data
- Instant Topographic Map Creation
- Enhanced DTM with Simplistic Design
- Automated Workflow for X-Section and Profile
- Powerful Earthwork Engine with Graphical Visualization
- 3D Terrain Visualization
AutoPlotter works on a simple workflow which is easier to understand even for first time users. Familiarity with CAD interface can be an added advantage as general command structures are maintained.
AutoPlotter works on a principle of ‘field to finish’. Survey data from various source including existing drawings can be directly processed to auto-create drawings and designs instantly.
AutoPlotter supports traditional and modern instruments with ease. While supporting data from traditional optical instruments such as Theodolite, tacheometer, compass etc. it also supports data from GPS, Total Station and LiDAR
Built in traverse adjustment functions can can help you to rigorously adjust your survey to utmost precision and providing you with option for various methods such as Bowditch, Transit, Least Square etc.
AutoPlotter’s drawing and data are linked together giving you ultimate control on CAD environment and updating your views in real time as and when data changes.
Automated code based map generation with exact replication of field entities using line, closed line, circle, arc, rectangle, point features. Complete process can be standardized organisation wide by retaining or reusing the library set.
The new DTM engine and interface is designed to provide complete control to you with minimum user interaction. DTM can be pre-configured and used with different point sets providing strong analysis for contours, sections or volumetric computations
Cross section and Profile (Longitudinal section) can be instantly created with support for direct use of linear data or data collected using Level survey
AutoPlotter features various options to calculate Take off quantities. Cut and fill zones can be visualized for better planning. Volume calculations are supplemented by detailed reports.
Survey data can be converted to 3D terrain which helps in better visualization. You can create flythroughs with animation along your area of interest using waypoint quickly, save the animation for presentation briefs directly
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What’s new in AutoPlotter® 10 Pro ?
With the latest version of AutoPlotter, you will be amazed how easily you can manage and control land survey data. Significant improvement has been done for faster data processing and volumetric calculations, now user has more control over DTM.
Power-packed with New Exciting Features
Direct ASCII files to DTM and surface creation, particularly useful for large data sets where DTM related outputs are required such as contour, volume etc.
In case of UAV/LiDAR data very dense points are available creating tiny contours. Using the minimum triangle area filter, these triangles can be filtered out. Value lower than the specified will not be considered.
Minimum Contour area filter added.
DTM TIN node deletion to remove selected TIN nodes.
DTM TIN side swap option to swap the triangle’s side.
Supports point cloud view based on intensity, elevation, RGB color. Also supports DTM & DEM with option to view current DTM only. Earlier all DTMs were being selected.
Create a new DTM based on two separate DTMs with boundary reference.
Profile on DTM enhanced to true condition of DTM even if interval is changed.
Terrain Volume by section, options added to generate sections along Northing or Easting with option to generate sections automatically at boundary change points.
Offset configuration in profile view to display profiles at multiple offsets from center line.
Supports multiple survey code libraries, useful when survey is carried out by multiple survey teams/agencies and they follow different coding methodologies.
Photogrammetric utility to display geo-tagged images. Multiple photographs can be loaded together, especially useful to identify and locate site features.