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 Duration 35 hours

Course Outline

Introduction to MATLAB for Geophysics

  • Overview of the MATLAB environment and workflow
  • Basics of scripting and data visualization
  • Loading and manipulating geophysical datasets

Core Concepts of Object-Oriented Programming

  • Key OOP ideas: classes, objects, and encapsulation
  • Advantages of OOP in scientific computing
  • Using MATLAB syntax to define classes

Building and Managing Classes in MATLAB

  • Defining properties and methods
  • Understanding public, private, and protected access
  • Using constructors and creating objects

Inheritance and Class Structures

  • Creating subclasses and overriding methods
  • Working with abstract classes and interfaces
  • Implementing polymorphism in MATLAB OOP

Applying OOP to Geophysical Data Analysis

  • Designing classes for seismic, gravity, and magnetic data
  • Implementing data preprocessing and filtering techniques
  • Developing visualization and plotting functions within classes

Case Study: Geophysical Modeling Workflow

  • Developing a modular OOP framework for modeling
  • Integrating modeling algorithms as class methods
  • Exporting and documenting analysis outcomes

Best Practices and Performance Optimization

  • Enhancing code readability and maintainability
  • Tips for optimizing performance with large geophysical datasets
  • Managing version control and collaborative development

Summary and Future Steps

Requirements

  • A foundational grasp of programming concepts
  • Knowledge of basic geophysics principles
  • Prior exposure to MATLAB or other scientific computing tools

Target Audience

  • New MATLAB users working in the geophysics sector
  • Geophysics researchers looking to transition into object-oriented programming
  • Professionals aiming to structure and optimize geophysical data processing workflows

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