TidalPy.tides.ctl_funcs package

Submodules

TidalPy.tides.ctl_funcs.ctl_funcs.linear_dt(frequency: FloatArray, fixed_dt: float)[source]

Estimates dissipative term of the Love number assuming a function that is inversely linear with frequency.

Parameters:

frequency (FloatArray) – Frequency (the absolute value of the tidal modes)
fixed_dt (float) – Inverse proportionality coefficient [s]

Returns:

effective_q – The effective Q for the world

Return type:

FloatArray

TidalPy.tides.ctl_funcs.ctl_funcs.linear_dt_with_q(frequency: FloatArray, fixed_dt: float, fixed_q: float)[source]

Estimates dissipative term of the Love number assuming a function that is linear with frequency. The fixed Q: acts as an additional inverse proportionality constant.

Parameters:

frequency (FloatArray) – Frequency (the absolute value of the tidal modes)
fixed_dt (float) – Inverse proportionality coefficient [s]
fixed_q (float) – Additional inverse proportionality coefficient

Returns:

effective_q – The effective Q for the world

Return type:

FloatArray