Mining/Design Engineers often need to design pits from a top boundary with varying RL values, while subsequent benches require fixed RL designs with ramps. GEOVIA Surpac provides the capability to create benches with fixed RL, using delta Z up to the desired elevation, making pit design more efficient and precise.
Point cloud processing in Surpac, available since version 6.8, continues to advance and handle increasingly large datasets, such as a 4GB file with 155 million points. While Surpac can display such clouds on capable hardware, creating a DTM from them raises key questions: are all the points necessary, and would the resulting massive DTM be practical for further analysis or calculations?
A few tips to working with Point Clouds
Surpac makes mining data visualization smarter! Transform RGB point clouds into practical greyscale surface models, and with Surpac 6.8’s .OBJ support, bring textured meshes from 3D photogrammetry and laser scanning to life—delivering detail and ease for feature digitization.
As geologists, we commonly work with contoured images. These may be created from soil samples, topography, base of oxidation and so on.…
In this post, we explore an alternative method to contour assay results in GEOVIA Surpac – using gridding and interpolation to create a contoured grade surface.
Today’s blog guides users on how to make use of the GEOVIA Surpac Surface Validation feature which can be used to split trisolations and which was introduced in Surpac v6.8.
In many projects, mining technical teams need to interpret 2D plan data to create useable 3D solids that accurately represent the interpretation of the old workings. These 3D solids are required for resource model depletion, mining design and safety management purposes.
Discover in this video how to calculate distances from existing drillholes to planned underground workings.
Discover how to generate reconciliation heat maps to see the compliance of the as-built surfaces against plan with GEOVIA Surpac deviation analysis tool.