Seismogram Synthesis Program

I have developed a program specifically designed for synthesizing seismic records. This tool assists seismologists in better understanding earthquake characteristics and predicting future seismic events through computational simulations. The implementation incorporates waveform generation algorithms that model various seismic phases (P-waves, S-waves, surface waves) using mathematical functions and propagation models. Earthquake phenomena represent complex natural occurrences requiring sophisticated technical tools for analysis. My program provides seismologists with an efficient methodology for processing seismic data through features including parameterized source modeling, layered earth structure configuration, and synthetic seismogram calculation routines. The code architecture supports modular input of earthquake parameters (magnitude, depth, focal mechanism) and generates corresponding synthetic waveforms using convolution-based approaches with Green's functions. If you have interest in seismology research, I recommend downloading and testing this program to evaluate its capabilities in simulating realistic earthquake signatures and facilitating seismic hazard assessment studies.