SP_salinometer=('Rt', 't'),
# SP_from_SK=('SK',), NOTE: Not tested on Matlab.
# SK_from_SP=('SP',), NOTE: Not tested on Matlab.
#
# steric.py
# steric_height=TODO
#
# water_column_48.py
Nsquared=('SA', 'CT', 'p', 'lat'),
Turner_Rsubrho=('SA', 'CT', 'p'),
IPV_vs_fNsquared_ratio=('SA', 'CT', 'p'))
# Make aliases for some values to be used as arguments.
cv.entropy_chck_cast = cv.entropy_from_CT
cv.Abs_Pressure_from_p_chck_cast = cv.Abs_Pressure_from_p
cv.depth_chck_cast = cv.depth_from_z
cv.C_chck_cast = cv.C_from_SP
cv.pt_chck_cast = cv.pt_from_t
cv.z_chck_cast = cv.z_from_p
cv.SR_chck_cast = cv.SR_from_SP
cv.pr_chck_cast = cv.pr
cv.p_shallow_chck_cast = cv.p_chck_cast_shallow
cv.p_deep_chck_cast = cv.p_chck_cast_deep
cv.rho_chck_cast = cv.rho_CT_exact
cv.rho_CTrab_exact_ca = cv.rho_CT_exact_rab_ca
cv.CT_freezing_chck_cast = cv.CT_freezing
cv.t_freezing_chck_cast = cv.t_freezing
cv.sat0_chck_cast = 0
cv.sat05_chck_cast = 0.5
