دانلود Geo-Plus VisionLidar 2020 v30.0.01.116.20 x64 - نرم افزار خواندن و پردازش ابرنقاط ها

Classify your points intelligently to avoid losing the original data. Its unique object classification method facilitates virtual land surveying. Accurately calculate the size and circumference of a pipe from a point cloud, making your land surveys from a vectorized point cloud. Process your land, mobile and air points with the same software and easily share your site surveys from the point cloud to your CAD and vice versa and many more. With VisionLiDAR, you now have a new and better way to acquire field data directly into your office. Work in the comfort of your office!

No more restriction based on a maximum number of points; VisionLidar can read and process an infinite number of points to allow you to work with your massive Point Clouds in one single file. Process Point Clouds from ALS, TLS, and MLS for all your civil engineering, land surveying, architecture, BIM, transportation, mines, quarry, and forestry projects thanks to VisionLidar.


Dynamic 3D Fence
The dynamic 3D fence allows you to select parts of your point cloud thanks to an interior or exterior delimitation. The selection can be saved and used with different tools like editing, deleting, exporting, segmentation, classification, surface analysis, dendrometry, and cylinders and plans detection. It’s also possible to export parts of your point cloud into .E57, .LAS, .LAZ, and .PTS formats.

Adaptive cross section template
Vectorize complex 3D infrastructures with a few clicks. Roads, tunnels, and other 3D structures can be captured and converted to your CAD with the adaptive 3D and cross section template tool. Multiple alignments can be managed at the same time using different 3D templates. Cross section can be copied to the next station or interval. The user can select single or multiple points or vertex to visualize and adjust the selection to a 3D road, bridge, or tunnel. This tool also helps you create lineworks with feature codes, as well as breaklines for surface exportation into .DXF or Shape File formats.

Image and video creation
Create images, videos, and fly-throughs in your point cloud. With this tool, you can easily produce an image and save it in .PNG format. Create an intuitive time-based fly-through video in .AVI format in just a few clicks.

Color shading for surface analysis
Colorize surfaces like buildings, DTM, or any plans to visualize the deviation of the Point Cloud in different colors.

Model geometry
Extract contour lines, mesh, surfaces, planes, cylinders, trees, sidewalks, buildings, pavement lines, or any other model geometry to efficiently vectorize them. With or without a 3D fence constraint, it can easily be exported into .DXF or Shape file formats, or as a Vision Database.

Point Cloud comparison
Compare a part of two full LiDAR scans and identify their differences, then export a .PDF report. This function is adapted for building surveillance with its statistical shift tool.

Online visualization
Export to Potree to visualize and publicize your Point Cloud online. This tool allows you and your clients to easily view, measure, and annotate any Point Cloud from a Web browser.

Tree measurements
Select a region or a part of the Point Cloud using the 3D fence tool and automatically select and measure a tree height, trunk diameter, crown surface and crown diameter, from chest height. You can also choose to apply a constraint on a bare earth surface or not.

Point Cloud Management
Segment and filter your Point Cloud using the layer tool. VisionLiDAR can manage up to 128 layers to isolate parts of your scan areas for detailed editing. Rename the layers in compliance with the standards you are using such as DOT or CAD. Also visualize your Point Cloud in RGB, Normal, Scans, Intensity, Class, Wireframe, Color Shading, or Elevation. It helps you simplify your Point Cloud by eliminating irrelevant points without diminishing its accuracy.

Registration
Use a dynamic registration of Point Clouds tool to control your data and merge your scans using a least squares method.