2D Finite Element Method Forward Modeling Program for Magnetotelluric Method

Based on user requirements, we are implementing improvements to better meet your needs. The enhanced program will feature 2D finite element method forward modeling capabilities for magnetotelluric data, enabling more precise simulation of electromagnetic field responses. The implementation utilizes Gauss-Newton optimization algorithms and edge-based finite element discretization to handle complex geological structures. We are incorporating advanced numerical techniques and modern programming tools to ensure program stability and reliability, while increasing flexibility through configurable parameters for boundary conditions and mesh refinement. The code architecture supports modular customization, allowing users to adjust resistivity models and measurement configurations. Comprehensive documentation and technical support will be provided, including detailed explanations of key functions like matrix assembly, solver implementation, and data visualization modules, to facilitate seamless adoption of the upgraded program.