1. TcpGPS

2. Main Features Program Structure GNSS Receiver Control Local Systems
INDEX
Main Features
Program Structure
GNSS Receiver Control
Local Systems
Surveying
Setting Out
Tools and Utilities

3. Main Features Supported Platforms
Receivers
Topcon
Leica
Trimble
Novatel
Thales / Ashtech
Javad
GeoMax
Sokkia
Stonex
Prexiso
Devices
Mobile devices with ARM processor
PCs
Tablets
Operating Systems
Microsoft Windows XP / Vista / 7 / 8
Microsoft Pocket PC 2003 / 2003 SE
Microsoft Windows Mobile 5.x / 6.x
Microsoft Windows CE 4.x / 5.x / 6.x

4. Main Features Connection via Cable or Bluetooth

5. Program Structure Main Menu
Clear structure
Data organised in projects
ASCII files
Windows environment
Easy use

6. Program Structure Projects
Project Operations
Project Properties
Project Components

7. Program Structure Points
Points Management
Editing Points
Drawing Points

8. Program Structure Other Supported Files (1)
Horizontal Alignments
Vertical Alignments
Cross Sections
Superelevations

9. Program Structure Other Supported Files (2)
Longitudinal Profiles
Surfaces
DXF, Shape and WMS Cartography
JPG, ECW or JPEG 2000 Images

10. Receiver Control Full status information
Easy configuration for base and rover for RTK jobs
Style management for different types of jobs
Advanced functions

11. Receiver Control Work Styles
Work Styles Management
Style Parameters

12. Receiver Control Work Style Properties (1)

13. Receiver Control Work Style Properties (2)

14. Receiver Control Receiver Status
Position type
Data link status
Battery level
Effective and detected satellites
Current antenna height
Horizontal and vertical accuracy

15. Receiver Control Configure Base Receiver
Positioning for several methods

16. Receiver Control Configure Rover Receiver
Initial Parameters

17. Receiver Control Position Information
Position and Accuracy
Data Link and Real Time Information

18. Receiver Control Satellites Information
Constellation
Satellites List
Signal/Noise Ratio View

19. Receiver Control Other Functions
Post-process

20. Local Systems Defined from pairs of points or by parameter 2D
x,y Traslations
Helmert 4-parameters 3D
x, y, z Traslations
Helmert 7-parameters
2D + 1D
Helmert 2D + Vertical offset
Helmert 2D + Vertical offset and slopes

21. Defined from pairs of points
Local Systems
Group by dimension
Defined from pairs of points
Defined by parameters

22. Local Systems Place in Local System
Allows user to place in local system using one or more known points

23. Local Systems Apply Local System
Allows user to apply a local system to measured points

24. Surveying Single or continuous points surveying
Horizontal alignments, longitudinal profiles and cross sections surveying
Static and kinematic modes

25. Surveying Points Measurement
Coordinates Mode
Graphic Mode

26. Continuous Points Measurement
Allows user to capture points based on the elapsed time, distance and/or height difference

27. Survey Alignment
Allows user to capture simultaneously points, vertical and horizontal alignments and longitudinal profiles

28. Cross Sections
Allows user to capture simultaneously points and it calculates cross-sections profiles by regression

29. Longitudinal Profiles
Allows user to capture simultaneously points and it calculates longitudinal profiles by regression over horizontal alignment

30. Static and Kinematic
The files used for each point and the duration of recording are monitored

31. Setting Out

32. Setting Out Modes
Compass
Plan View
Front View

33. Allows user to stake out points according to multiple criteria
Setting Out Points
Allows user to stake out points according to multiple criteria

34. The points of the lines may be designed by differents methods
Lines Intersection
The points of the lines may be designed by differents methods

35. The points of the lines may be designed by differents methods
Points over Line
The points of the lines may be designed by differents methods

36. Allows user to change anytime the station and offset to stake out

37. Allows user to change anytime the station and code to stake out

38. Slopes
The program displays the situation respect of the cross-sections profiles

39. Allows user to stake out a polyline from a DXF or Shape file

40. Tools

41. Points on Alignments It calculates any point over horizontal alignment
It analizes any point over horizontal alignment or surface

42. Distance and Area among Points
Distance between Points
Area among Points

43. Geodetic Calculator

44. Geometric Constructions
Line and Circle Intersection
Circle and Circle Intersection
Polar to Rectangular Coordinates

45. Settings

46. Options and Measurement Units
It allows to change the program language
It works with differents measurement units

47. Work styles assigned to every command

48. Settings of surveying and setting out

49. Communications and Peripherals
Echosounders
Laser Distancemeters

50. Code Database

51. Based on ISO 19100, EPSG and PROJ.4
Geodesy
Based on ISO 19100, EPSG and PROJ.4