Isatis.py training – Module 4: Continuous simulations | Training course

Learn to embed Isatis.py tools for continuous variable simulations and uncertainty quantification into Python scripts.

Objectives

  • Through hands-on practice with a real-world mineral deposit dataset, leverage Isatis.py’s simulation and post-processing tools to deliver results and graphics efficiently
  • Learn Python coding best practices. Create clear, high-quality Python scripts that are easy to interpret.
  • Enhance your geostatistical expertise and practical skills.

Module content

You will cover the following topics:

  • Selection from meshes
  • Anamorphosis
  • Big data management (through HDF5 files)
  • Turning Bands Simulations
  • Sequential Gaussian Simulations
  • Block versus point simulations
  • Simulation validation
  • Simulation with local anisotropies
  • Uncertainty visualization

Outlines

  • Hands-on software training: Engage in computer-based exercises using Isatis.py, reinforcing learning through real-world data scenarios.
  • Personalized feedback: Receive individualized guidance and feedback from experienced trainers during online sessions to support your learning journey.
  • Comprehensive resources: Access detailed course materials, including documentation, Python script files, and datasets, to reinforce learning and facilitate application post-training.

Additional modules

The Isatis.py training program comprises a series of 6 modules that can be completed independently:

Who should attend

Designed for geologists, geoscientists, and data scientists seeking to develop their skills in creating customized, flexible, and efficient geostatistical workflows using Python scripts and the Isatis.py library.

Prerequisites

Prior experience with Python scripting is required. The first module of this series, “Introduction to Python,” provides the necessary skills and knowledge. A solid background in practical geostatistics is also recommended.