Merge pull request #40 from castelao/cleanup

Taking the unimplemented functions out of the namespace

gsw/gibbs/conversions.py

@@ -24,7 +24,7 @@
            'SA_from_Sstar',
            'SP_from_SA',
            'SP_from_SR',
-           'SP_from_Sstar',  # TODO
+           #'SP_from_Sstar',  # TODO
            'SR_from_SP',
            'Sstar_from_SA',
            'deltaSA_from_SP',  # TODO
@@ -297,8 +297,8 @@ def SP_from_SR(SR):
     return 1. / uPS * SR
 
 
-def SP_from_Sstar():
-    pass
+#def SP_from_Sstar():
+#    pass
 
 
 @match_args_return

gsw/gibbs/density_enthalpy_48_ct.py

@@ -4,101 +4,102 @@
 
 import numpy as np
 
-__all__ = ['alpha_CT',  # TODO
-           'beta_CT',  # TODO
-           'CT_from_rho',  # TODO
-           'CT_maxdensity',  # TODO
-           'dynamic_enthalpy_CT',  # TODO
-           'enthalpy_CT',  # TODO
-           'enthalpy_diff_CT',  # TODO
-           'internal_energy_CT',  # TODO
-           'rho_CT',  # TODO
-           'rho_alpha_beta_CT',  # TODO
-           'SA_from_rho_CT',  # TODO
-           'sigma0_CT',  # TODO
-           'sigma1_CT',  # TODO
-           'sigma2_CT',  # TODO
-           'sigma3_CT',  # TODO
-           'sigma4_CT',  # TODO
-           'sound_speed_CT',  # TODO
-           'specvol_CT',  # TODO
-           'specvol_anom_CT']  # TODO
+__all__ = []
+#           'alpha_CT',  # TODO
+#           'beta_CT',  # TODO
+#           'CT_from_rho',  # TODO
+#           'CT_maxdensity',  # TODO
+#           'dynamic_enthalpy_CT',  # TODO
+#           'enthalpy_CT',  # TODO
+#           'enthalpy_diff_CT',  # TODO
+#           'internal_energy_CT',  # TODO
+#           'rho_CT',  # TODO
+#           'rho_alpha_beta_CT',  # TODO
+#           'SA_from_rho_CT',  # TODO
+#           'sigma0_CT',  # TODO
+#           'sigma1_CT',  # TODO
+#           'sigma2_CT',  # TODO
+#           'sigma3_CT',  # TODO
+#           'sigma4_CT',  # TODO
+#           'sound_speed_CT',  # TODO
+#           'specvol_CT',  # TODO
+#           'specvol_anom_CT']  # TODO
 
 
-def alpha_CT():
-    pass
+#def alpha_CT():
+#    pass
 
 
-def beta_CT():
-    pass
+#def beta_CT():
+#    pass
 
 
-def CT_from_rho():
-    pass
+#def CT_from_rho():
+#    pass
 
 
-def CT_maxdensity():
-    pass
+#def CT_maxdensity():
+#    pass
 
 
-def dynamic_enthalpy_CT():
-    pass
+#def dynamic_enthalpy_CT():
+#    pass
 
 
-def enthalpy_CT():
-    pass
+#def enthalpy_CT():
+#    pass
 
 
-def enthalpy_diff_CT():
-    pass
+#def enthalpy_diff_CT():
+#    pass
 
 
-def internal_energy_CT():
-    pass
+#def internal_energy_CT():
+#    pass
 
 
-def rho_CT():
-    pass
+#def rho_CT():
+#    pass
 
 
-def rho_alpha_beta_CT():
-    pass
+#def rho_alpha_beta_CT():
+#    pass
 
 
-def SA_from_rho_CT():
-    pass
+#def SA_from_rho_CT():
+#    pass
 
 
-def sigma0_CT():
-    pass
+#def sigma0_CT():
+#    pass
 
 
-def sigma1_CT():
-    pass
+#def sigma1_CT():
+#    pass
 
 
-def sigma2_CT():
-    pass
+#def sigma2_CT():
+#    pass
 
 
-def sigma3_CT():
-    pass
+#def sigma3_CT():
+#    pass
 
 
-def sigma4_CT():
-    pass
+#def sigma4_CT():
+#    pass
 
 
-def sound_speed_CT():
-    pass
+#def sound_speed_CT():
+#    pass
 
 
-def specvol_CT():
-    pass
+#def specvol_CT():
+#    pass
 
 
-def specvol_anom_CT():
-    pass
+#def specvol_anom_CT():
+#    pass
 
 
 if __name__ == '__main__':

gsw/gibbs/geostrophic.py

@@ -4,11 +4,12 @@
 
 import numpy as np
 
-__all__ = ['geostrophic_velocity']  # TODO
+__all__ = []
+#__all__ = ['geostrophic_velocity']  # TODO
 
 
-def geostrophic_velocity():
-    pass
+#def geostrophic_velocity():
+#    pass
 
 
 if __name__ == '__main__':

gsw/gibbs/geostrophic_48.py

@@ -4,36 +4,37 @@
 
 import numpy as np
 
-__all__ = ['geo_strf_Cunningham',  # TODO
-           'geo_strf_dyn_height',  # TODO
-           'geo_strf_dyn_height_pc',  # TODO
-           'geo_strf_isopycnal',  # TODO
-           'geof_str_isopycnal_pc',  # TODO
-           'geo_strf_Montgomery']  # TODO
+__all__ = []
+#           'geo_strf_Cunningham',  # TODO
+#           'geo_strf_dyn_height',  # TODO
+#           'geo_strf_dyn_height_pc',  # TODO
+#           'geo_strf_isopycnal',  # TODO
+#           'geof_str_isopycnal_pc',  # TODO
+#           'geo_strf_Montgomery']  # TODO
 
 
-def geo_strf_Cunningham():
-    pass
+#def geo_strf_Cunningham():
+#    pass
 
 
-def geo_strf_dyn_height():
-    pass
+#def geo_strf_dyn_height():
+#    pass
 
 
-def geo_strf_dyn_height_pc():
-    pass
+#def geo_strf_dyn_height_pc():
+#    pass
 
 
-def geo_strf_isopycnal():
-    pass
+#def geo_strf_isopycnal():
+#    pass
 
 
-def geof_str_isopycnal_pc():
-    pass
+#def geof_str_isopycnal_pc():
+#    pass
 
 
-def geo_strf_Montgomery():
-    pass
+#def geo_strf_Montgomery():
+#    pass
 
 
 if __name__ == '__main__':

gsw/gibbs/isobaric.py

@@ -6,19 +6,19 @@
 from ..utilities import match_args_return
 
 
-__all__ = ['latentheat_evap_CT',
-           'latentheat_melting',
-           'latentheat_evap_t']
+__all__ = ['latentheat_evap_t']
+#           'latentheat_evap_CT',
+#           'latentheat_melting',
 
 
-@match_args_return
-def latentheat_evap_CT(SA, CT):
-    pass
+#@match_args_return
+#def latentheat_evap_CT(SA, CT):
+#    pass
 
 
-@match_args_return
-def latentheat_melting(SA, p):
-    pass
+#@match_args_return
+#def latentheat_melting(SA, p):
+#    pass
 
 
 @match_args_return

gsw/gibbs/neutral_nonlinear_48.py

@@ -4,31 +4,32 @@
 
 import numpy as np
 
-__all__ = ['cabbeling',  # TODO
-           'isopycnal_slope_ratio',  # TODO
-           'isopycnal_vs_ntp_CT_ratio',  # TODO
-           'ntp_pt_vs_CT_ratio',  # TODO
-           'thermobaric']  # TODO
+__all__ = []
+#           'cabbeling',  # TODO
+#           'isopycnal_slope_ratio',  # TODO
+#           'isopycnal_vs_ntp_CT_ratio',  # TODO
+#           'ntp_pt_vs_CT_ratio',  # TODO
+#           'thermobaric']  # TODO
 
 
-def cabbeling():
-    pass
+#def cabbeling():
+#    pass
 
 
-def isopycnal_slope_ratio():
-    pass
+#def isopycnal_slope_ratio():
+#    pass
 
 
-def isopycnal_vs_ntp_CT_ratio():
-    pass
+#def isopycnal_vs_ntp_CT_ratio():
+#    pass
 
 
-def ntp_pt_vs_CT_ratio():
-    pass
+#def ntp_pt_vs_CT_ratio():
+#    pass
 
 
-def thermobaric():
-    pass
+#def thermobaric():
+#    pass
 
 if __name__ == '__main__':
     import doctest