![]() ![]() Use industry standard Lerchs Grossmann algorithm to generate optimum pits from an ![]() Tools for trend analysis, variogram modelling and validation.ĭesign pits with strip and block divisions and generate reserves from a seam model.Īdjust the reserves for mining dilution, seam combining and seam wasting by Report wash data and upload product specificationsĬomprehensive fault modelling tool that handles reverse and normal faulting. Accumulate dataįor a wash density or target ash. Store coal wash data based on wash density and particle sizing. The other important part of this system is that the user is in absolute control of their results and can tweak and adjust anything they need to, down to the nth degree.Sophisticated and powerful 3D modelling environment.Ĭreate, preview, annotate and print user-defined plan and section plots from grids, triangles and boreholes.Ĭreate triangles and grids and calculate volumes.Ĭreate and work with point and line data. Just like scheduling, you can start with something loose and then get more specific, or start out with complex short term logic and finish with simple long term estimation haulage. We've found that Logic and Road Networks provide the necessary flexibility between speed and accuracy that we need to produce different results for different sites. ![]() When you're ready though, Spry has a set of vector tools that combine pattern recognition and problem solving to get potentially hundreds of thousands of realistic, individual haul profiles in a fraction of the time it takes without them. ![]() With a little more knowledge you'll be connecting to road networks saving yourself repetitive work. What do you mean by Logic? It sounds hard!įirstly, you don't need to understand much to get started! If all you need to do is run a few simple haul strings you can get it done in a few moments. In fact many clients start using Spry only for one key area and transition themselves into the others later on. No! You can import schedules from other packages if required and haulage isn't required unless you want it. Plus you can always scale a model up in complexity later (or scale it down) I only need dig/dump/ haulage simulation. Of course! Each model has only the complexity that the user requires. Can my model just be simple waste and resource? In the real world we regularly see models with around half a million records, a dozen processes and between 5 and 20 pieces of equipment depending on requirements. 200 pieces of equipment with unique paths.freedig, mucking, blasting, ore, coal etc.) How much time have you got? To our knowledge we've never had a client hit a hard limit and we've successfully simulated a model with all of the following: ![]()
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