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Volume Calculation

Volume Calculation

Menu: Civil / Start / Surfaces / Stockpile / Volume

The Volume Calculation interface in VisionLidar’s Civil Module allows users to determine the volume between a surface and a fixed elevation or between two surfaces. This tool is essential for earthwork calculations, cut-and-fill analysis, and excavation planning.

1. Key Features of Volume Calculation

Supports Multiple Volume Calculation Methods – Choose between Triangulation for precision or Grid-based for speed.
Handles Breaklines and Differential Contours – Improves accuracy and visualization of surface comparisons.
Supports Custom Surface Boundaries – Use polylines to define specific calculation areas.
Automatically Generates Resulting Surfaces – Save and visualize the intersection of calculated surfaces.

2. Understanding Volume Calculation Methods

A. Reference Surface Selection

  • Existing Surface – Compare against a defined 3D surface.

  • Z Levels – Use a flat reference plane at a given elevation.

B. Calculation Methods

Method

Description

Accuracy

Speed

By Triangulation

Creates tetrahedrons by projecting each surface onto the other. Accurately accounts for breaklines and intersections.

✅ High

⏳ Slower

By Grid

Generates a grid-based volume calculation using prisms between grids. Less precise but faster.

⚠️ Lower

🚀 Faster

Breakline Consideration – Improves precision by incorporating breaklines into the calculation.
Convert Triangles to Breaklines – Ensures a more faithful representation of the original surfaces (most accurate but slowest).

3. Additional Calculation Settings

Swell Factor – Adjusts the porosity expansion factor of the soil due to external influences (e.g., freezing, tilling).
Draw Grids or Triangles – Visualizes grid cells or triangles used for volume computation.
Save Resulting Surfaces – Generates new surfaces representing the shared portion of two compared surfaces.
Make Differential Contours – Creates contour lines indicating elevation differences between the two surfaces.
Delimit Volume – Allows volume calculation within a specific polygonal boundary instead of using the entire surface.

4. Best Practices for Volume Calculation

Use triangulation for projects requiring high accuracy (e.g., excavation, grading).
Grid-based calculations are suitable for quick estimations in large-scale projects.
Enable breakline conversion for the most precise representation of existing conditions.
Define boundaries with polylines to calculate volume only in specific areas.
Use differential contours for visualizing terrain changes effectively.

🚀 Optimize Earthwork Analysis with VisionLidar’s Volume Calculation!

With powerful triangulation, breakline integration, and customizable calculation methods, VisionLidar helps professionals achieve accurate volume assessments for construction, mining, and land development. 📊🏗️🌍

 

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