The file data.pkl contains the following information:
| Variable | Description |
|---|---|
wave_breaking_area |
Wave breaking area in squared meters. |
wave_breaking_duration |
Wave breaking duration in seconds. |
wave_breaking_initial_speed |
Initial wave breaking speed in meters per second. |
wave_breaking_mean_speed |
Mean wave breaking speed in meters per second. |
wave_breaking_length |
Wave breaking length in meters. |
wave_breaking_perimeter |
Wave breaking length in meters (using the perimeter). |
ellipse_major_axis |
Major ellipse axis (a) in meters (using np.sum) |
ellipse_minor_axis |
Minor ellipse axis (b) in meters (using np.sum) |
max_ellipse_major_axis |
Major ellipse axis (a) in meters (using np.max). This is more reliable. |
max_ellipse_minor_axis |
Minor ellipse axis (a) in meters (using np.max). This is more reliable. |
wind_speed |
Wind speed. |
reconstruction_area |
Stereo video reconstruction area in squared meters. |
aquisition_length |
Acquisition duration in seconds. |
peak_frequency_1 |
Peak wave frequency (first partition) in Hertz. |
peak_frequency_2 |
Peak wave frequency (second partition) in Hertz. |
To reproduce the plot seen in the paper, do:
python make_plot.py