Con MiningMath no existe una curva de aprendizaje lenta y compleja!
MiningMath empowers mining engineers to improve their strategic analysis through risk assessments, starting with importing and formatting their block model data. The essential requirements for using block model data effectively in MiningMath are:
Each block must include essential data such as coordinates, calificación, and economic value (including processes and wastes). For detailed guidelines, refer to this documentation. For a comprehensive example in CSV format, download it aquí. Below is a concise illustration featuring a block model and two example blocks.
Certainly! Lo algoritmo calculadora interna allows users to manipulate their projects inside MiningMath, enabling field adjustments and creation. Por ejemplo, different economic values can be defined for individual periods or to analyze how each constraint, such as the ore price, afecta la producción de ese año y beneficia o no el proyecto global. Es más, the use of derived fields combined with Árboles de decisión enables a broader view of your project and a deeper understanding of the impacts of each variable. This comprehensive approach can provide valuable insights, facilitating more informed decision-making and optimizing project outcomes.
Lo algoritmo 3Visor 3D enhances your workflow by providing comprehensive visualization of your block model from various angles. This tool allows for the filtering of any imported field, offering a quick and efficient overview of your data.
MiningMath’s 3D Viewer
Windows de 64 bits (x86_64) - 121 MB
Windows de 64 bits (x86_64) - 121 MB
Con desarrollos constantes desde 2013, MiningMath ha alcanzado un estado maduro y robusto. Somos el primer y único motor de optimización de minería de un solo paso disponible en el mercado!
Hola, es mima aquí 😇 Hazme cualquier pregunta!