Feishida earthwork calculation software TFT

The earthwork calculation software FastTFT is a professional earthwork calculation and drawing software developed based on the AutoCAD platform. It provides six earthwork calculation methods according to various complex terrain conditions and actual site requirements. The results of earthwork excavation and filling can be allocated by region. Optimize and solve the local earthwork balance requirements.

The earthwork calculation software FastTFT automatically collects the original elevation according to the elevation points, contours or feature lines on the original topographic map; automatically optimizes and calculates the site design elevation according to the site requirements, and can also parameterize the input to determine the site design elevation, and quickly and automatically produce the project quantities. table; the software automatically determines the earthwork allocation plan based on the principle of minimum transportation distance multiplied by transportation volume and minimum earthwork construction cost, and automatically generates a three-dimensional site model and site cross-section based on elevation data.

FastTFT earthwork calculation software is widely used in site earthwork calculations for residential area planning and factory master plans, airport site earthwork calculations, municipal road design earthwork calculations, garden landscape design site transformation, farmland and land regulation in agricultural engineering, and water conservancy design departments. Design and calculation of river embankments, etc.

Function introduction

Six methods for calculating earthwork volume: square grid method, triangular grid method, section method, road section method, field method, overall estimation method, etc.; square grid method can calculate earthwork volume and stonework volume respectively. .

Conversion of topographic map data: can automatically identify and convert original elevation points and contours; automatically import elevation data files; enter drilling points of soil thickness; and perform effective range calculations on elevation points and contour elevations on topographic maps examine.

Powerful slope processing functions: one-time automatic multi-level grading, refined processing of corner grading, and determination of the site's initial grading boundary line (inward grading) based on the land red line.

Special terrain and landform processing: Use the characteristic line function to describe special terrain such as scarps, retaining walls, slope protections, and terraces. Elevation collection is more accurate and earthwork calculations are more convenient.

Various ways to determine the site design elevation: automatic collection of design elevation data; automatic optimization and balance of the site, parameterized input to determine the site design elevation, and trial calculation of earthwork volume.

Three-dimensional site analysis and design: Generate triangular surfaces based on elevation data, perform elevation analysis, slope analysis, aspect analysis and regional comprehensive analysis on the terrain; generate three-dimensional excavation and fill effects based on earthwork calculation data.

Software features

1. Quickly identify and convert elevation points and contours on topographic maps, and automatically identify the "Southern CASS Topographic Map".

2. Supports the import of topographic survey data files in a variety of commonly used formats.

3. Supports the entry of soil thickness at drilling points for calculation of stone volume.

4. Characteristic lines used to describe special terrains such as retaining walls, scarps, slope protections, and terraces.

5. Support the conversion of terrain elevation data into negative values ​​to adapt to the collection of marine port terrain data.

6. Contour and discrete point inspection functions that can filter out non-modular contours and discrete points.

7. Intelligent identification and conversion of design control points and design contours on the site.

8. The source method of calculation data can be set, and the collection elevation can be calculated without discretization of characteristic lines and contour lines.

9. Based on the elevation data, automatically generate a natural triangle model, automatically draw the original surface profile, and conduct analysis of elevation, slope, aspect, etc., as well as comprehensive regional analysis.