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Corrected a factor of the lunisolar K2 tides #1

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Corrected a factor of the lunisolar K2 tides #1

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2 changes: 1 addition & 1 deletion pytides/nodal_corrections.py
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Expand Up @@ -84,7 +84,7 @@ def f_K2(a):
nu = d2r*a['nu'].value
sinsqIcos2nu_mean = np.sin(omega)**2 * (1-3/2.0 * np.sin(i)**2)
mean = 0.5023*sinsqIcos2nu_mean + 0.0365
return (0.2533*np.sin(I)**4 + 0.0367*np.sin(I)**2 *np.cos(2*nu)+0.0013)**(0.5) / mean
return (0.2523*np.sin(I)**4 + 0.0367*np.sin(I)**2 *np.cos(2*nu)+0.0013)**(0.5) / mean

#Schureman equations 206, 207, 195
def f_M1(a):
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