Leapfrog Geo software: Outstanding features

About Leapfrog Geo

Leapfrog Geo is a software that can create 3D models surface maps and hyperspectral images. This helps companies save time searching for data and easily create maps and models. The software also allows for the integration of geospatial data to enhance analysis and processing quality. In addition to typical data products like lines and points, the model can also attach images and terrain data to increase visual appeal.

This software utilizes an algorithm called Fast Radial Basis Function (FastRBF) to efficiently process large datasets and generate surfaces quickly. Leapfrog Geo provides powerful geological modeling tools, allowing geologists and mining experts to create accurate 3D geological models. These models integrate multiple data sources drill holes, geology, and maps, providing a better understanding of mineral deposits.

Images captured the Leafprog Geo software.

Leapfrog Geo has the capability to create 3D models various data sources, including drill data, geological maps, or previous cross-sections. By combining these data sources, it enables a quick and accurate initial assessment of mining potential in a specific area.

The aerial images have been geographically referenced on the 3D terrain surface. Additionally, there are GIS lines representing roads and rivers.

The software also allows for the integration of geospatial data to enhance analysis and processing quality. It is not limited to typical data such as GIS and points, but can also attach images and terrain data to make the information more visual.

The ability to be compatible with multiple data formats is also very useful, as Leapfrog accepts data in formats such as .CSV, .Dxf, .Dwg, geospatial databases, or .MapInfo files, among others.

Outstanding Features

The ability to quickly create models

Leafprog Geo is an intuitive and user-friendly software that allows for easy creation of geological layers and arranging them in sequence. It provides flexible simulation tools and allows users to quickly and easily adjust parameters. The software also has the ability to respond, allowing users to seamlessly integrate new observations or data, such as additional boreholes and flexible data updates.

A useful feature of the software is the automatic connection of geological structures or rock layers based on input data, saving time and increasing accuracy in constructing geological structure models.

Generate a 3D geological model drilling data.

Ability to manage cross-sections

The geological cross-section is displayed in detail and diversity, allowing users to clearly see the geological structure and variations of geological layers. Interacting with and adjusting the geological cross-section is easy, ensuring that information is displayed accurately and clearly according to the user's needs.

Users can extract cross-sections at any location on their model.

Cut cross-sections at any position of the 3D geological model in Leapfrog Geo.

Simulation and management of faults and fractures

Leapfrog Geo allows users to easily identify and display faults in the 3D geological model. By marking and identifying the location of faults on the cross-section and 3D model, users can analyze and evaluate their characteristics, including direction and length of impact on different geological layers.

The software allows users to interact and adjust the discontinuity as needed, ensuring that the model meets the project's requirements accurately. This helps users make informed and precise decisions during the evaluation and analysis of geological data.

Leapfrog Geo enables the generation of discontinuity reports at different levels. Geologists no longer need to connect structures on the map manually.

Visualize and view cross-sections of the geological model after applying the discontinuity in Leapfrog Geo.

In addition, users can calculate and extract the necessary information directly on the software in order to calculate the resource reserves, such as determining the volume of walls, columns, and parallel thickness of the reservoir.