In order to know the coordinates of the two points and the azimuth of the two points, find the azimuth of the third point (know the distance), and the intersection of the third point and the first two points, according to the architectural plane drawing It's mainly that we often get plane drawings for setting out. Many of them are not right angles, but oblique lines. How can we find his azimuth I just use the total station. I asked about the angle between point 1 and point 3 and the azimuth of point 1.2. I already know how to calculate the coordinates of point 3 (know the distance between point 1 and point 3). Do you understand?

In order to know the coordinates of the two points and the azimuth of the two points, find the azimuth of the third point (know the distance), and the intersection of the third point and the first two points, according to the architectural plane drawing It's mainly that we often get plane drawings for setting out. Many of them are not right angles, but oblique lines. How can we find his azimuth I just use the total station. I asked about the angle between point 1 and point 3 and the azimuth of point 1.2. I already know how to calculate the coordinates of point 3 (know the distance between point 1 and point 3). Do you understand?

Ha ha, engineering problems often occur. If the use of tools have a total station, you only need to enter two coordinates and set the azimuth angle. When the distance reaches the point, you can find it. If you want to calculate by hand, you can use the inverse trigonometric function to quickly calculate it. Many such software on the network can directly calculate it, take Baidu to search directly