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Related Manuals for PreCise X
Summary of Contents for PreCise X
- Page 1 1 / 79 PRECISE X User Manual...
- Page 2 Before using the product, please read these operating instructions carefully, they will help you to use it better. Zhuhai Precise Technology Co., Ltd. assumes no responsibility if you fail to operate the product according to the instructions or operate wrongly due to misunderstanding the instructions.
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Page 3: Table Of Contents
Chapter 3 ............................22 3.1 Project Management ......................23 3.2 Coordinate system ........................ 24 3.3 Base station translation calibration .................. 27 3.4 Point Management ....................... 28 3.6 About ............................30 Chapter 4 ............................31 3 / 79 PRECISE X User Manual... - Page 4 6.3 Angle Converter ........................59 6.4 Grid to Ground ........................60 6.5 Geometric computation ....................... 61 6.5.1 Coordinate inversion ..................... 61 6.5.2 Point and line calculation .................... 62 6.5.3 Vector ..........................63 6.5.4 Lines angle ........................64 4 / 79 PRECISE X User Manual...
- Page 5 6.5.8 Coordinate positive calculation.................. 68 6.5.9 Offset point ........................69 6.5.10 Equal points calculation ..................... 70 6.6 Base offsets match ........................ 71 Chapter 7 ............................72 7.1 Common problems ....................... 73 7.2common failures ........................75 5 / 79 PRECISE X User Manual...
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Page 6: Chapter 1
Chapter 1 Overview This chapter contains: Software Introduction Software interface Software installation and uninstallation 6 / 79 PRECISE X User Manual... -
Page 7: Software Introduction
: About the software. Click to enter as shown in Figure 1.2-2. In the interface shown, you can view software copyright information, upgrade software, register and activate software, and provide feedback on your use of the software. 7 / 79 PRECISE X User Manual... - Page 8 , in Figure 1.2-8. As shown, you can enter the current constellation switch state. : Rover station settings. As shown in Figure 1.2-9. Click this button to go directly to the rover station settings. 8 / 79 PRECISE X User Manual...
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Page 9: Software Installation And Uninstallation
2.Installation method: Copy the xField software installation program to the controller. In controller find the software installation program in the device ‘the controller agent. Click the installation program and the installation dialog box pops up. Click【Install】,A dialog box 9 / 79 PRECISE X User Manual... - Page 10 Uninstall method 1: Long press the software icon on the desktop and drag it 【uninstall】In the option box, as shown in Figure 1.3-5.A dialog box will pop up asking whether to uninstall, as shown in Figure 1.3-6. Click "OK". Complete software uninstallation. Figure 1.3-5 Figure 1.3-6 10 / 79 PRECISE X User Manual...
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Page 11: Chapter 2
Chapter 2 Quick start This chapter contains: GNSS receiver connection Set a new project Localization Set Base station Set Rover station Survey and Stake out Export data 11 / 79 PRECISE X User Manual... -
Page 12: Gnss Receiver Connection
2.1.1 Open the xField on handheld controller, Tap Device and tap communication It can be connected to WIFI or Bluetooth. If you connected to another GNSS receiver before, please tap “Stop” first. The name of “Available WIFI” is same as GNSS receiver code. 12 / 79 PRECISE X User Manual... -
Page 13: Fast Connection With Nfc
“Fast connect” means handheld controller could find your nearest GNSS receiver and connect fast by NFC. You do not need to choose any of the receivers on screen. 2.2 Set a new project 2.2.2 Tap “Project” and select “Project Management” and tap “New” 13 / 79 PRECISE X User Manual... -
Page 14: In Basic Info, You Could Change The Project Path, Project Name, Operator And Notes As You Want. After That Go Next
You also could change the ellipsoid of coordinate system such as “WGS-84” and other options as your requirements. 2.3 Localization Localization means calculating conversion parameters. You could calculate the conversion parameters to convert coordinate system from the global standard to your local standard. 14 / 79 PRECISE X User Manual... -
Page 15: Set Base Station
“Points” After that, you could calculate the conversion parameters and export them. 2.4 Set Base station 2.4.1 Making sure the GNSS receiver of Base is established, including tripod centered and leveled. 15 / 79 PRECISE X User Manual... -
Page 16: Tap Based On The Software
The meaning of all detail parameters is indicated in the User manual. 2.5 Set Rover station 2.5.1 Tap Rover The meaning of all detail parameters is indicated in the User manual. 2.6 Survey and stake out 16 / 79 PRECISE X User Manual... -
Page 17: Tap "Survey
Now I take Point Survey and Point Stakeout for example. 2.6.2 Point Survey First, it is necessary to set the height of antenna. Tap and change antenna parameters. The whole figure of measuring methods is as follows. 17 / 79 PRECISE X User Manual... - Page 18 In addition, Tilt Survey is also supported. After initializing IMU you could tap to capture your point. Tapping you could find “Points” which you have been collected. 18 / 79 PRECISE X User Manual...
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Page 19: Point Stakeout
It supports tilt stakeout. Tapping to use tilt survey. It also supports AR stakeout. Tapping to use AR stakeout which means you could see the stake point directly with camera and follow the leading indicators to stake. 19 / 79 PRECISE X User Manual... -
Page 20: Export Data
You could select any of file format as your requirements. After that,you could find your export files both in the handheld controller and the PC with USB cable. The detail of export file paths are as follows. 20 / 79 PRECISE X User Manual... -
Page 21: Path Of Handheld Controller
2.7.1 Path of Handheld controller 6.2 Path of PC 21 / 79 PRECISE X User Manual... -
Page 22: Chapter 3
Chapter 3 Project This chapter contains: Project Management Coordinate system Base station translation calibration Point Management About 22 / 79 PRECISE X User Manual... -
Page 23: Project Management
If necessary, select them. Click Finish, figure 3.1-4 shown. In China, the ellipsoid parameters default to CGCS2000 the projection method is Gaussian projection. You can set the coordinate system according to the actual situation. Click 【Open】 to open other project files. 23 / 79 PRECISE X User Manual... -
Page 24: Coordinate System
24 / 79 PRECISE X User Manual... - Page 25 Automatically obtain or manually enter the accurate value. The general projection parameter settings are as follows: the north additive constant is 0, the east additive constant is 500000 (depending on your coordinate system), the projection 25 / 79 PRECISE X User Manual...
- Page 26 There are seven unknown parameters in the seven-parameter model, namely: (1) Three coordinate translations (△X, △Y, △Z), that is, the coordinate difference between the origins of the two spatial coordinate systems; (2) Rotation angles of the three coordinate axes (△α, △β, △γ). By rotating the three coordinate axes in sequence by specified angles, the XYZ axes of the two spatial cartesian coordinate systems can be made to coincide with each other.
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Page 27: Base Station Translation Calibration
Use rover point calibration: The base station is not erected at a known control point. Use rover station to known point correction is performed by enter Known Points Coordinates and rover stations get the current WGS84 coordinates, software calibration calculated station calibration parameters. Figure 3.4-1 27 / 79 PRECISE X User Manual... -
Page 28: Point Management
3.4 Point Management Execute 【Project】 ->【Point Management】, after entering, you can see the collected point coordinates, and can edit, stake out, remove and export the collected points. Figure 3.5-1 Figure 3.5-2 Figure 3.5-3 28 / 79 PRECISE X User Manual... - Page 29 Click【Recover】,Figure 3.5-5 as shown, the removed points can be restored. 29 / 79 PRECISE X User Manual...
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Page 30: About
If there is a new version, a software update prompt box will pop up. Click 【Update】 and the software will be automatically updated. If there is no new version, it will prompt that there is no new version at present. 30 / 79 PRECISE X User Manual... -
Page 31: Chapter 4
- Communication Settings - Rover Station Mode - Base Station Mode - Static station mode - Device Information - Device Setup - Tilt Calibration - Repositioning - Device Registration - Default Radio Station Settings 31 / 79 PRECISE X User Manual... -
Page 32: Communication Settings
WIFI NAME connect your rover device to WIFI. Click【connect】, complete the WIFI communication connection, as shown in the figure 4.1-4.【Quick Connection】 searches for WIFI signals of receivers around you and automatically connects to the one with the strongest signal strength. 32 / 79 PRECISE X User Manual... -
Page 33: Rover Station Mode
Cut-off angle: the angle between the line between the satellite and the receiver and the horizon. The receiver will not receive satellite signals that are smaller than the cut-off angle. Value range:0-45 degrees. 33 / 79 PRECISE X User Manual... - Page 34 Choose suitable data of link mode, after successful setting, the rover station can receive the differential signal from the base station. internal Radio mode, the frequency and protocol settings of the rover and base stations must be consistent. 34 / 79 PRECISE X User Manual...
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Page 35: Rover Station- Receiver Network
If you use someone else's CORS account, you need to enter the account and password of the corresponding CORS account. Besides you can click on the right ,Custom CORS server related information. 35 / 79 PRECISE X User Manual... -
Page 36: Rover Station - Internal Radio
Radio Protocol As shown in Figure 4.2.2-2Shown, there are SATEL, PCC-EOT (4FSK), PCC-EOT (GMSK), TrimTalk 450S(T) and so on are available. Figure 4.2.2-1 36 / 79 PRECISE X User Manual... -
Page 37: Rover Station-External Radio
The setting method is the same as the receiver network. The only difference is that the network used comes from a rover device, and this method requires the rover device to be able to access the Internet. Figure 4.2.4-1 Figure 4.2.4-2 37 / 79 PRECISE X User Manual... -
Page 38: Base Station Mode
Specify the base station coordinates: that is, the user specifies the base station coordinates. The specified base station coordinates cannot differ too much from the accurate WGS-84 coordinates of the current point, otherwise the base station cannot work properly. 38 / 79 PRECISE X User Manual... -
Page 39: Base Station-Receiver Network
NTRIP: standard network transmission differential mode, generally used in CORS networks. Custom: User-defined ZHD: Hi-Target network transmit differential mode; you need to set the group number and subgroup number. CHCNAV: CHCNAV network transmit differential mode. 39 / 79 PRECISE X User Manual... -
Page 40: Base Station - Internal Radio
(19200) and 900M Hopping are available. The power of the base station will affect the operating distance of the radio. Low power means low power consumption and a short operating distance; high power means high power consumption and a long operating distance. 40 / 79 PRECISE X User Manual... - Page 41 Figure 4.3.2-1 Figure 4.3.2-2 41 / 79 PRECISE X User Manual...
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Page 42: Base Station - External Radio
(with a phone card inserted in the device). 4.4 Static station mode Click【device】->【Static Mode】, as shown in Figure 4.1-1. Static station settings include options set up and antenna parameters. Two the following is a detailed introduction to various parameter settings. 42 / 79 PRECISE X User Manual... - Page 43 Measuring height: General refers to measuring position distance ground point. Antenna height: Generally, refers to the vertical height of the antenna phase center from the ground point. The device provides the following known values: 43 / 79 PRECISE X User Manual...
- Page 44 Rc, then the antenna height h = sqrt (S² - Rc²) + b. Antenna height is usually defined as the vertical distance from the phase center of the antenna to the measurement point. Since it cannot be measured directly, it is usually 44 / 79 PRECISE X User Manual...
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Page 45: Device Information
When collecting data, RTK outputs one coordinate per second to the software for refresh. Enable voice: Set whether to give voice prompts for stakeout. Enable WIFI: Set whether to open the connection to the device WIFI. 45 / 79 PRECISE X User Manual... -
Page 46: Tilt Calibration
4.7.1 Start tilt calibration Click【Device】->【Tilt Calibration】,Tilt measurement choose【start】Options, click 【Sure】Turn on the tilt measurement function. Start tilt calibration and operate the device according to the prompts. 4.7.2 Clear Click【Clear】,The tilt calibration result will be cleared. 46 / 79 PRECISE X User Manual... -
Page 47: Repositioning
4.10 Default Radio Station Settings Click 【Device】->【default Radio Settings】, as shown in Figure 4.12-1. Select the radio manufacturer, and the radio channels will correspond to the default frequencies one by one. You can modify them as needed. 47 / 79 PRECISE X User Manual... -
Page 48: Chapter 5
Chapter 5 Measurement This chapter contains: Point measurement Point Stakeout Line Stakeout CAD Stake Out Layer Settings 48 / 79 PRECISE X User Manual... -
Page 49: Point Measurement
Figure 5.1-1 The upper status bar is parsed as follows: Click to enter point management. Click to edit the point number. Click to enter the encoding list. Click to set antenna parameters. 49 / 79 PRECISE X User Manual... - Page 50 "36/39” ——The number of satellites currently involved in the receiver's solution and the total number of satellites receiving satellite signals. Figure 5.1-2 Figure 5.1-3 Measurement key, as shown in Figure 5.1-2shown. Current location information. 50 / 79 PRECISE X User Manual...
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Page 51: Point Stakeout
Fill/Cut: Dig at the location of the staked point. If the value is positive, dig; otherwise, fill.. : Open/Close AR Stake out. : Turn on/off tilt measurement. : Enter the stakeout settings, Figure 5.2-4shown. 51 / 79 PRECISE X User Manual... -
Page 52: Line Stakeout
Click 【Survey】 -> 【Line Stakeout】 -> 【Add】, add a line to stake out, make stakeout settings, and click 【OK】 to enter the line stakeout interface, as shown in Figure 5.1-1. 52 / 79 PRECISE X User Manual... - Page 53 Select any line in the line library and click 【Edit】 to modify the setting parameters of the line. Click 【OK】 to save the modified line parameters. Click 【Delete】 and select OK in the pop-up prompt box to delete the line from the line library. 53 / 79 PRECISE X User Manual...
- Page 54 Figure 5.3-3 54 / 79 PRECISE X User Manual...
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Page 55: Cad Stake Out
Click 【Survey】->【CAD Stake out】, enter CAD function as shown in Figure 5.4-1. Figure 5.4-1 5.5 Layer Settings Click 【Survey】->【Layer Settings】, create a new layer, as shown in Figure 5.5-1. Figure 5.5-1 Figure 5.5-2 55 / 79 PRECISE X User Manual... -
Page 56: Chapter 6
Chapter 6 Tools This chapter contains: Calculator Coordinate Converter 56 / 79 PRECISE X User Manual... -
Page 57: Calculator
6.1 calculator Click 【Tools】>【calculator】, as shown in Figure 6.1-1. Figure 6.1-1 57 / 79 PRECISE X User Manual... -
Page 58: Coordinate Converter
Pick two direct input point name of North coordinate, East Coordinates and Elevation. Complete the source coordinate input, set the conversion type (BLH and xyh) -> enter the conversion coordinate point, Click【Conversion】You can complete the coordinate transformation and view the calculation results. Figure 6.2-1 58 / 79 PRECISE X User Manual... -
Page 59: Angle Converter
Five Species, respectively Spend, Degrees, minutes and seconds, Degrees:Minutes:Seconds, Spend point’ Second, radian. Converter process: 1.Select the format for input angles. 2.Input angle. 3. View calculation results. Figure 6.3-1 59 / 79 PRECISE X User Manual... -
Page 60: Grid To Ground
Click【tools】->【Grid to Ground】, as shown in the figure 6.4-1. After entering the coordinates, click Calculate to see the calculation results. Click Apply to apply the calculation results to the current project. Figure 6.4-1 60 / 79 PRECISE X User Manual... -
Page 61: Geometric Computation
**[Calculate]** to obtain the "plane distance," "azimuth angle," "elevation difference," "slope ratio," and "spatial distance" between the two points. The calculation results can be viewed as shown in Figure 6.5-2. Figure 6.5-1 Figure 6.5-2 61 / 79 PRECISE X User Manual... -
Page 62: Point And Line Calculation
As shown6.5-3. Set the starting point, Coordinates of the end point and the offset point, Click【calculate】, you can calculate the starting distance, end distance, starting perpendicular distance, end perpendicular distance, offset distance, offset angle and view the calculation results. Figure 6.5-3 62 / 79 PRECISE X User Manual... -
Page 63: Vector
6.5.3 Vector As shown6.5-4.Set up starting point A and ending point B coordinates, click【calculate】, you can calculate the spatial distance between two points. Figure 6.5-4 63 / 79 PRECISE X User Manual... -
Page 64: Lines Angle
As shown 6.5-5.Set up coordinate point A,B,O coordinates, click【calculate】, you can according to three coordinates of known points the two straight lines formed calculate The angle to be found, And you can view the calculation results. Figure 6.5-5 64 / 79 PRECISE X User Manual... -
Page 65: Intersection Calculation
As shown 6.5-6.Set up coordinate Point A,B,C,D coordinates, click【calculate】, you can according to the coordinates of four known points are calculated waiting for point, and you can view the calculation results. Figure 6.5-6 65 / 79 PRECISE X User Manual... -
Page 66: Resection
6.5.6 Resection As shown 6.5-7. Set up coordinate Point A, the coordinates of Band the values of line segments L1 and L2, click【calculate】, that is, calculate the coordinates of point P. Figure 6.5-7 66 / 79 PRECISE X User Manual... -
Page 67: Front Intersection
6.5.7 Front intersection As shown 6.5-8.Set up coordinate Point A, The coordinates of Band angle α, β value, click 【calculate】, that is, calculate coordinates of point P. Figure 6.5-8 67 / 79 PRECISE X User Manual... -
Page 68: Coordinate Positive Calculation
6.5.8 Coordinate positive calculation As shown 6.5-9.Set up coordinate point A and B, Line segment L1,angle α value, click 【calculate】, that is, calculate the coordinates of point P. Figure 6.5-9 68 / 79 PRECISE X User Manual... -
Page 69: Offset Point
6.5.9 Offset point As shown 6.5-10.Set up coordinate point A, Line segment L1, angle αvalue, click 【calculate】, that is, calculate the coordinates of point C. Figure 6.5-10 69 / 79 PRECISE X User Manual... -
Page 70: Equal Points Calculation
6.5.10 Equal points calculation As shown 6.5-11. Set up the starting point coordinate A and the end point coordinate B, the number of segments n. Click【calculate】. Figure 6.5-11 70 / 79 PRECISE X User Manual... -
Page 71: Base Offsets Match
Point Calibration】 and enter the known point coordinates and current WGS84 Coordinates, click 【Calculate】, and get the plane calibration x in the bottom interface, y, h Click 【Refresh】 to enter the value as shown in Figure 6.9-2 In the interface shown, select the refresh date and start and end time, click 【Confirm】, and it will prompt that several points have been... -
Page 72: Chapter 7
Chapter 7 Trouble shooting This chapter contains: Common problems Common failures 72 / 79 PRECISE X User Manual... -
Page 73: Common Problems
IP, port, username, and password in the CORS settings to use CORS data. 7.1.8 What is the minimum number of GNSS receivers required to make a static measurement and what is the impact on accuracy? 73 / 79 PRECISE X User Manual... - Page 74 CORS service providers are divided into several ports to output differential data of different coordinate systems, it is recommended that users understand the coordinate reference provided by the local CORS service provider when they use it for the first time. 74 / 79 PRECISE X User Manual...
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Page 75: Common Failures
Differential message format of rover and base station is not consistent, set them to be consistent again. b. The rover station is too heavily covered, resulting in less than 4 public satellites and cannot be displayed, go to an open place and reset the station. 75 / 79 PRECISE X User Manual... - Page 76 2． Check whether the differential message format used by the rover station is consistent with that of the base station. 3． Account conflict. Click on the resolution status to check whether there is a difference between the distance of the base station and the actual one 76 / 79 PRECISE X User Manual...
- Page 77 (2) Search for Bluetooth again in the connection interface and then connect. (3) Reboot the Bluetooth of the handheld controller (turn it off and on again) or reboot the GNSS receiver and the handheld controller (sometimes you only need one of these three 77 / 79 PRECISE X User Manual...
- Page 78 (3) If more than three points are involved in the calculation, if there is any point with abnormal center error, it is necessary to eliminate it before calculation or add other points for calculation. 78 / 79 PRECISE X User Manual...
- Page 79 79 / 79 PRECISE X User Manual...
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