Ocean Wave Model

Application Background hailangboxing.m is a source program designed for generating 2D ocean wave waveforms. It accepts wind scale and frequency number as input parameters to generate wave profiles corresponding to specific wind conditions. The program likely implements spectral analysis methods to simulate ocean wave behavior based on meteorological inputs. SDwave.m is a source program that utilizes fractal methods, employing a fundamentally different approach from the linear addition method used in the main program. These programs were developed as part of my graduation project and specifically generate 2D ocean wave simulations. Key Technologies The two referenced documents contain waveform diagrams representing ocean waves in both 2D and 3D dimensions, which are generated using the provided MATLAB source programs. bopu.m implements the standard Pierson-Moskowitz (P-M) spectrum, a widely recognized model in oceanography that characterizes ocean wave energy distribution. This program takes wind scale and frequency number as inputs to generate P-M spectra for corresponding wind conditions, likely using Fourier transform techniques and spectral density calculations. Meanwhile, erweihailangboxing.m is the source program for generating 3D ocean wave waveforms. It accepts three parameters: wind scale, frequency number, and angle number, and produces comprehensive 3D wave simulations under specified wind conditions, possibly implementing directional spectrum analysis and surface reconstruction algorithms.