CARLSON SURVCE
POWERFUL DATA COLLECTION SOFTWARE
The Combination of Speed And Power

SurvCE

 
​  Features And Benefits:

• Tab-Based MENU Structure. All commands are visible in each menu, preventing the need for Up-Down Arrow Keying to view options.
• Collect points in the graphics mode. Points plot as they are shot in the field or entered. There is no need to switch between screens to view your points.
• Supports LandXML points, DTM, graphics, alignments, profiles and sections.

​Data Collection Software, Combining Advanced Functionality, Ease Of Use, And Sheer Capability

Carlson SurvCE is a complete data collection system for Real Time (RTK) GPS and Total Stations with in-field coordinate geometry. It supports the widest range of popular and new release RTK GPS and conventional/ robotic total stations.

​Select Features

  New Look

• SurvCE  has a colorful look. Icons have been standardized to create continuity throughout the product, while modernizing the user experience.

  Hot List

• The Hot List lets users jump to the SurvCE routines that previously had shortcuts without having to memorize key strokes. It also provides shortcut functionality to devices without keyboards.

  Volumes

• SurvCE can compute volumes between two surfaces, one surface and an elevation or simple stockpile volumes. Surfaces can be defined by graphical entities and points or by Carlson TIN files.

  Help

• The software has optional on-board help files. These files are the entire user manual and can be installed separately. Click on the SurvCE icon and select Help to get the help document that pertains to the current routine.

  Leveling

• SurvCE can be used to collect trigonometric level loops and digital level loops. Loops can be processed and adjusted on the device and all existing project coordinate points can be updated.

  GPS Networks

• SurvCE  supports several GPS network protocols, such as NTRIP, TCP and UDP.

  Localization

• The software supports an unlimited number of localization points. All project scale settings and coordinate system options have been centrally located in the localization dialog.

  Angle Sets in Store Points

• SurvCE allows users to “Configure” how each reading is measured with regard to direct and reverse options (Formerly know as SS/Trav). If direct and reverse readings are taken at the backsight, then any direct and reverse foresight will be considered an angle set and will be reduced accordingly. This eliminates the need to use a separate routine for angle sets.

  Station Equations

• SurvCE supports station equations.

  Job Settings

• SurvCE has the option to use a template DXF file for new jobs so that all layers and colors are automatically created per your company standard
• It has the option to auto-load cutsheets and control files from the previous job for those users that work on one site continuously
• SurvCE has the ability to turn off the auto-descriptions in stakeout and completely customize how all stakeout routines behave
• Point Number by Interval –SurvCE can interval the point ID by using the “Add to Next Pt ID” option. To number all points on the odd numbers, start at 1 and use 2 in this field.

​  Feature Coding

• SurvCE can collect parallel lines using the offset horizontal and offset vertical line drawing commands and close a rectangle by three points using the rectangle command. In the settings section of Special Codes, the user can even auto compute and store the additional points at the line vertices that were created by the software.
• SurvCE allows the user to code in numerous coding styles that may be defined by their office package.

  Instrument Switching

• SurvCE keeps track of every instrument completely separate. This includes all base stations, rovers and total stations, so that mixing equipment is easy. Simply configure your gear once and forget it. The instrument icon has been enhanced to allow you to switch between your current equipment.

  Skew Angle Staking

• ​SurvCE supports staking offsets on a skew angle and provides the option to stake offset intersections and bisectors at angle points and the radius or PI point of an arc without leaving the Stake Line/Arc routine.