GEOVIA Surpac is an advanced geological and mine planning software used globally for its versatility in handling data-centric and function-centric operations. This article simplifies the core concepts of Surpac and its data types for better understanding and usability.
Surpac Data Types
Surpac utilizes several data types, each crucial to mining and geological modeling:
- String Files (.str): Represent 3D coordinates forming physical features such as pit designs or topography.
- Digital Terrain Models (DTM – .dtm): Create surfaces (e.g., land topography) or solids (e.g., ore zones), modeled as a mesh of triangles. Know more.
- Geological Databases (.ddb): Connect relational drillhole data to provide geological insights.
- Survey Databases (.sdb): Facilitate the integration of survey data for mine layouts.
- Block Models (.mdl): Aid in 3D modeling of bodies like ore deposits, enabling volume and grade estimation.
- Plot Files (.dwf): Used for creating and editing print-ready outputs.
- Macros (.tcl): Custom scripts that automate repetitive tasks.
- Plugins: Seamlessly import external files like .dxf or .dwg into Surpac.
- Styles Files (.ssi): Define visualization styles, such as color and drawing preferences.
Function-Centric vs. Data-Centric Operations
Surpac enables two distinct operational approaches:
- Function-Centric: Begin with selecting a function, then choose the data to apply it on. For example, calculating volumes between surfaces.
- Data-Centric: Start with the data, then select applicable operations, offering a faster and more intuitive workflow, especially for graphical tasks.
Both methods are designed to enhance productivity by aligning with user preferences.
Why Choose Surpac?
Surpac’s ability to handle complex geological data efficiently makes it indispensable for professionals in mining and exploration. Whether modeling terrains or estimating resources, it offers flexibility, precision, and ease of use.
