What Is Measuring Software?
Measuring software, also known as land surveying software, assists in determining angles and distances between points, and evaluating a 3D landscape. It is used to create maps and boundaries for buildings, or other underground public projects.
Uses of Measuring Software
Measuring software is primarily used in the design and construction of transportation networks, improving layout and construction site processes. It enhances survey team productivity by minimizing manual drawing updates, such as in the creation of ductwork layouts, reducing time and layout errors.
Principles of Measuring Software
1. Calculation Function
Measuring software efficiently registers coordinate values and supports various calculation functions, including traverse calculations and two-point narrow-angle surveying.
2. Plane, Longitudinal, and Transect Alignment Functions
It calculates plane, longitudinal, and cross-sectional alignments, and is interoperable with CAD. This functionality is efficient for road and river route calculations, as well as 3D edge calculations.
Linking longitudinal alignment with plane alignment enables 3D tension simulations in various situations.
3. Display Function
Calculation results can be visually displayed, allowing for efficient work and visualization. Measuring software enables 3D visualizations of the finished product, improving communication among construction parties and aiding in design data error prevention.
Other Information on Measuring Software
1. Traverse Surveying
Traverse surveying, a basic surveying technique, uses a sequence of measurement points from a reference point to create polygonal lines. Measuring software calculates distances and angles using prisms and devices like optical rangefinders or theodolites to determine point positions and draw floor plans.
2. Tension
Measuring software calculates building foundation heights and assists in tensioning calculations based on design values like cross-sections and structural drawings.
When calculating the tensioner, the design values are used as a guide. When calculating the hinge, the design value calculation and the hinge calculation are prepared on a separate sheet of paper, and the basis for the calculations is clarified.
3. Longitudinal and Cross-Sectional Drawings
The software outputs longitudinal and cross-sectional design drawings, such as road drawings. Longitudinal sections depict height relationships at measuring points, while cross-sections show structure configurations, aiding in road slope and width determinations.