Mastering a ray trace traverse: Step-by-Step Ray trace Computations

In this tutorial, we take you through common survey computations that happen in the field. Raytrace traverse is usually carried out to confirm the accuracy of two points and to reduce any error that could be found between the two points.
🔍 What You'll learn:
How to compute the change in northing and change in easting using distance and bearing
How to calculate the coordinates of traverse points
What is a ray trace traverse
What is the swing factor
What is a scale factor
How to book readings in the field
How to use Rec and Pol in survey computations
How to reduce a ray trace traverse
🔧 Tools Used:
AutoCAD Civil 3D 2018 version
📌 Timestamps:
0:00 - Introduction
0:25 - Purposes of running a ray trace traverse
0:55- Field bookings when using a total station
02:26- Raytrace computations
05:57- Calculating distance and bearing from coordinates
08:30- Calculating scale factor
09:40- Calculating swing factor
10:40- Reducing the ray trace traverse
12:50- Computing coordinates of traverse points

[@nelsonowiso1105]

This is quite informative Engineer. Good work

[@kelvinkimathi6224]

good work bro.

[@engineerseid94]

best job❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@peternyaga2967]

cool

[@princehas]

tick ✔☑✅

[@cynthiananjala5770]

How about you demonstrate picking by ray trace on the site before w dive into computation