Skip to main content

Line Stakeout on Nuwa

In Nuwa app, if you want to stake out a line, there are two forms.

First form: after creating a line to be staked out, stake out to the stakes on the line or the offset line according to the entered stakeout interval.

Click [Line] -> [Staking Line] to enter the staking line library. Click [Add] and we use two points to determine a line. Enter the Start Mileage, turn on Point On Line Staking, enter Stakeout Interval and Offset shown as below.




Start Mileage is a definition of the mileage given to the starting point of the line to determine the mileage value of other stakes on this line. Interval is used to determine how much distance to stake out a stake. For example, a stake is staked every 10m here, hence a line has a total length of 140.45m and a total of 16 stakes. Offset is the offset of the stake from the line. Of course, offset can be zero. When offset is 1, we consider that the stake is 1m to the right of the line forward direction.

Select this line for line stakeout. The first point is the stake point 1m to the right of the starting point. The second point is the stake point of 1m to the right of 10m on the line, and so on.

 

Using the up arrow and down arrow buttons, you can manually select the stakes to stake out. After stakeout points are collected, the software defaults the point name to the linename_stake mileage, for example the stake point at 10m on the line is named as StakeLine0_K0+10.



Second form: after creating a line to be staked, stake out to the vertical point on the line. The definition of the vertical point is: draw a vertical line to the line to be staked out passing the current position, and the point where the vertical line intersects with the line to be staked out is the vertical point.



Obviously, as the current position changes, the vertical point will also move. This line staking method expresses that if you start from the current position, you can reach the position on the line to be staked as soon as possible.

Comments

  1. Would you explain how to insert a * .dxf file into a project and how to trace it directly from the screen

    ReplyDelete
    Replies
    1. Hi, sorry for the late reply. We are working on inserting the DXF file as a base map on the screen, which will be implemented in the next version. You can download the Nuwa app from Google Play or at our website: https://www.tersus-gnss.com/software/oscar-receiver. We will upload the next release after comprehensive tests.

      Delete
  2. Can you stake out a line directly from the dxf drawing?

    ReplyDelete

Post a Comment

Popular posts from this blog

Tersus Geomatics Office - Static Surveying - Data Processing

Tersus Geomatics Office is integrated office software to manage and process data for NeoRTK, the RTK survey receiver. It is laid out with visualized toolbars and logical icons to easily handle GNSS data processing, baseline processing and network adjustment, etc. It is the software set to import, update and analyze data effectively.  Watch the video to know how to do data processing after static surveying data collection with NeoRTK.  Learn more, click here .  Inquiry, click here . 

What is CORS network? How to connect to CORS network with external Bluetooth module and mobile phone?

A CORS is a Continuously Operating Reference Station. The CORS is an appealing way to do RTK due to its convenience and large coverage area. While Tersus Precis-BX305 currently does not support build-in NTRIP client feature. An alternative way to connect CORS network is employing external Bluetooth module and a cellphone. Here is a detailed procedure about how to connect to CORS Network with Precis-BX305 board.  Demonstration of connecting Precis BX305 to CORS Network Hardware & Software Requirement Precis-BX305 GNSS antenna GNSS antenna cable  External Bluetooth module Bluetooth cable Cell phone (android system) 5V DC charger Software required Ntrip client (free android apps)    Connect to CORS Network Please follow below steps.  Connect GNSS antenna to Precis-BX305. Connect external Bluetooth module to either COM1 or COM2 of the board Connect to power supplier and plug in/turn on the power Turn on the Bluetooth of the mobile phone and scan and pai

What is the principle of GNSS positioning?

Satellite based positioning relies on measuring distance between satellite and receivers. With known satellite position and measured distance between satellite and receiver, the coordinate of receiver can be calculated. However, the electromagnetic signals emitted by satellites are perturbed by atmosphere and clock errors, which degrade GNSS positioning accuracy. There are two types of positioning mode, one is point position and the other is relative position (see Fig 1). Point positioning includes standard point positioning (SPP) and precise point positioning (PPP). Their major difference is whether use the carrier phase observation. Relative positioning also includes two types: DGPS and RTK. Their difference is the latter one uses carrier phase observation as well. Relative positioning cancels most error sources in distance measurement by making difference between two receivers, so it is more simple and reliable, but it only measures relative position. In practice, the coordinate of