Closed jkrasting closed 1 year ago
An option to return potential vorticity in units of $10^{14} cm^{-1} sec^{-1}$ would be useful. This conversion is done by:
pvort = np.abs(((pvort/100)*1.e14))
It would allow one to generate plots similar to this one from Talley and McCarthy:
http://sam.ucsd.edu/papers/WOCE_potvor_abs.html
The colormap and levels for this figure are:
colors = ["#ffffff", "#66ff00", "#66ff00", "#66ff00", "#66ff00", "#66ff00", "#99ff00", "#99ff00", "#99ff00", "#99ff00", "#99ff00", "#99ff00", "#99ff00", "#ccff00", "#ccff00", "#ccff00", "#ccff00", "#ffccff", "#ffccff", "#ff99ff", "#ff99ff", "#ff4cff", "#ff4cff", "#ff4cff", "#ff4cff", "#ff4cff", "#ff00ff", "#ff00ff", "#ff00ff", "#ff00ff", ] levels = [0,0.0001,1,2,3,4,5,6,7,8,9,10,15,20,30,40,50,60,70,80,90,100,120,140,160,180,200,300,400,2000]
Addressed by e57d263. Closing
An option to return potential vorticity in units of $10^{14} cm^{-1} sec^{-1}$ would be useful. This conversion is done by:
It would allow one to generate plots similar to this one from Talley and McCarthy:
http://sam.ucsd.edu/papers/WOCE_potvor_abs.html
The colormap and levels for this figure are: