Wire measurement adjustment

The wire measurement adjustment is mainly suitable for the observation records and adjustment calculations of various wires and wire networks. Including plane and elevation adjustments.

> 1. Observation records. There are wire observation records, horizontal angle observation records and level observation records. Achieve integration of internal and external industries.

> 2. Budget estimate. Automatically complete the direction change and the elevation naturalization and projection change of the side length under the Beijing 54, National 80, and WGS-84 coordinate systems.

> 3. Adjustment calculation. Applicable to adjustment calculations for the following conductor forms:

> a. Plane and elevation adjustment of closed and attached wires. Plane calculations can use approximate or strict adjustment.

> b. Plane and elevation adjustment without directional wires. Plane calculations can use approximate or strict adjustment.

> c. Plane and elevation calculation of branch conductors.

> d. Plane and elevation adjustment of special wires or nets. It includes various forms of conductors such as non-directional closed loops, unilateral attachments, known points in the middle, and additional measured strong directions, as well as conductor networks adjusted by angle, and all elevation networks.

> e. Coordinate traverse adjustment. Refers to the closed and attached traverse that uses a total station to directly observe coordinates and elevations.

> f. Single-sided and single-pass leveling recording and calculation. Suitable for recording and calculation of fifth-grade, extra-grade and mid-level measurements.

> 4. Calculate the results. The software provides complete and detailed results. The tables provided by default include: plane adjustment calculation table, elevation adjustment calculation table, control point results table, adjustment results table, accuracy evaluation table (including each point error, error between adjacent points, error ellipse parameters, all azimuth angle errors, side length errors, side length relative errors, etc.), plane error check table, etc. In addition to providing the default results table format, it also supports user-defined table styles to adapt to different needs. The graphics provided by this software include: plane error checking graphics, wire diagrams, and point diagrams.

> 5. Printing and output of results. The software itself directly supports display and printing. Tables can also be output to WORD and text files, and graphics can be output to AutoCad and other drawing systems. The table output to WORD supports the format of half a line offset downwards.

> 6. Commonly used tools. Gaussian projection forward and reverse calculations, coordinate conversion, direction and side length changes, plane coordinate forward and reverse calculations, polar coordinate lofting, coordinate conversion, angles and rotations, triangular elevation measurement, area calculation, intersection includes: front intersection, side intersection, azimuth intersection, side length intersection, rear intersection, corner and rear intersection, etc. Supports saving, printing, and outputting to WORD.

> 7. Measurement of broken parts. Calculate the coordinates and elevation of the fragment points, and draw graphics, which can be output to CAD.