HollandWindProfile using HPa

[glennstone]

Due to the WindSpeedModel class convert HPa to Pa when calculating dP, and the WindProfileModel class NOT doing so, the HollandWindProfile when called with pressures in HPa produces a profile discontinuous at rMax

[glennstone]

Also seems to be some issues with vorticity for the HollandWindProfile

import windmodels import matplotlib.pyplot as plt import numpy as np

wp = windmodels.HollandWindProfile(lat=15, lon=0, eP = 1010., cP = 971., rMax = 40e3, beta = 1.3)

print(repr(wp.vMax))

r = 1000*np.linspace(1.,200.)

plt.plot(r, wp.velocity(r))

plt.show()

wp = windmodels.HollandWindProfile(lat=15, lon=0, eP = 101000., cP = 97100., rMax = 40e3, beta = 1.3)

plt.plot(r, wp.velocity(r)) plt.show()

plt.plot(r, wp.vorticity(r)) plt.plot(r, wp.vorticity(r)-wp.velocity(r)/r) plt.show()

[wcarthur]

The discrepancy between HollandWindProfile and WindSpeedModel has been resolved in 3a796f6

The discrepancy between WindProfileModel.vorticity is the vorticity is defined as (1/r) d(Vr)/dr.