Seequent, part of US infrastructure engineering software firm Bentley Systems, has released Leapfrog 2025.1, which includes advancements to its Leapfrog Works tool.

The updates are designed to support better decision-making on projects, from site characterisation to design optimisation and risk management. Geoscience professionals are often making critical decisions based on limited data on very complex infrastructure and environmental schemes, while also having to communicate this information with “non-technical” stakeholders.

To address these challenges, the improvements cover:

• Refreshed structural trend workflows to enable faster modelling and fewer manual edits
• Streamlined model updates with field mapping polylines
• Data preparation, visualisation and analysis upgrades for survey, point and structural data sets
• Cross-section updates for improved communication with stakeholders and colleagues
• Multi-dimensional attribution to unlock new workflows.

Seequent segment director for civil, LeapFrog Works 2025.1 crack license download, told GE: “These updates enable engineering geologists and geotechnical engineers to work faster, communicate more effectively and better track decisions when modelling ground conditions.

“For example, more information on polylines recorded during rock face mapping of faults and other discontinuities can be brought into Leapfrog, ensuring richer information from the field is available to the modeller. Notes can also be attached to polylines created by the modeller to track their inputs into the model, making it self-documenting. This improves overall confidence in the ground model, not only during its initial creation but over the life of the project.

“Cross sections are of course a key deliverable from a ground model, but they are time consuming to create. This new release makes a richer variety of visualisations easier to create and incorporates users’ feedback. For example, the addition of + and – distances to boreholes, so you can see how far and in what direction they are from the section at a glance. Saving time in cross section production helps the communication flow on a project.”

The updates are part of the effort to close the gap between subsurface and surface data and understanding on civil and environmental projects.

“Building information modelling (BIM) workflows rely on the information that travels with the models and this update makes it easier to apply attributes to geological models in Leapfrog to deliver better project outcomes,” said McLarin.

“Another example is the simple generation of earthworks volumes from line inputs.  The volume inherits attribution from the lines automatically so users can easily track and distinguish earthworks volumes between different scenarios.”

LeapFrog Works 2025.1 crack license download Key features and functionality updates in more detail

Seequent lists the following Leapfrog 2025.1 updates to its 3D modelling tool Leapfrog Works:

• Refreshed structural trends to enable faster modelling with fewer manual edits, which could saving users time in creating and understanding these trends. Structural trends are essential for making implicitly modelled surfaces and volumes geologically meaningful.  This update provides a more comprehensive presentation of the structural trend. An updated interface introduces new controls for filtering input data and adjusting “clustering” settings.

 

 

 

 

• To enhance how surface mapping data is incorporated into the model, new data can be appended to a polyline to manage it as one polyline object in the Leapfrog project.
• New import and share category colours for geoscience data have been added to standardise legend colouring quickly. A streamlined process for combining mixed data sources for point data sets, for example, drilling intervals and points, and structural data sets avoids rework of numeric models.
• Users have the option to set an orthogonal or illustrative (formerly scaled) projection style on long sections, for data types including drill holes, planned drill holes and polylines. Illustrative projection is useful for communicating with management and creating visual reports for non-technical audiences, and orthogonal projection is suitable for sharing accurate data with contractors and technical stakeholders. Other improvements include applying query filters on the polyline to render only part of the line, and displaying positive or negative offset labels for holes on sections.

 

 

• Users can associate information, such as standardised classifications, with volumes, whether modelled as a geological model or an imported or extruded mesh. Attributed information flows from the polyline to the extruded mesh. This improvement generates simple volumes from a single attributed polyline, a common requirement in ground works of many descriptions.