rgill02/sonardsp

AI Summary: Implement a function to convert pressure readings to depth and vice versa for a sonar system. The conversion will utilize an equation found in the provided link, and the function will likely reside in either a 'propagation.py' file or a new 'utils' module.

AI Summary: Implement the NPL equation for the speed of sound in seawater within the `propagation.py` file of the sonardsp project. This equation is detailed in the provided NPL resource link.

AI Summary: Implement the Del Grosso equation for calculating the speed of sound in seawater within the existing `propagation.py` file of a sonar signal processing project. This equation will be used to improve the accuracy of sonar system calculations.

AI Summary: Implement the UNESCO equation for the speed of sound in seawater within the existing `propagation.py` file of a sonar signal processing project. This involves incorporating the equation from the provided link to accurately calculate sound speed based on relevant seawater parameters.

AI Summary: Implement a function in Python to generate hyperbolic chirps for a sonar system. The function should be similar to an existing linear frequency modulated (LFM) chirp generation function and utilize the hyperbolic chirp equation from Wikipedia as a reference.

AI Summary: Implement a function in Python (waveform.py) to generate exponential or geometric chirps for a sonar system. The function should be similar to an existing 'gen_lfm_chirp' function and utilize the chirp equation from the provided Wikipedia link.