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TEOS-10 / GibbsSeaWater.jl

Gibbs-SeaWater (GSW) Oceanographic Toolbox in Julia
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Test failure since 0.1.2 (gsw_sstar_from_sp) #31

Closed Alexander-Barth closed 5 months ago

Alexander-Barth commented 8 months ago

The following test fails since 0.1.2. Version 0.1.1 is still ok.

The reference data on which this test is based remained the same https://github.com/TEOS-10/GSW-C/blob/master/gsw_data_v3_0.nc

Absolute Salinity, Preformed Salinity and Conservative Temperature: Test Failed at /home/runner/work/GibbsSeaWater.jl/GibbsSeaWater.jl/test/runtests.jl:20
  Expression: ≈(gsw_sstar_from_sp.(sp, p, lon, lat)[mask], sstar_from_sp[mask], atol = sstar_from_sp_ca)
   Evaluated: [34.50725698645741, 34.50678124228232, 34.50160361305484, 34.504185680748904, 34.530387640325195, 34.53722096762431, 34.73577748513168, 34.988706391643824, 35.11985942587779, 35.11843623487062  …  34.86204201714164, 34.86401676373187, 6.669904340924572, 6.773781441891427, 6.912953064476571, 7.137520672097142, 7.3661052164125715, 7.586220919642284, 9.167624152367999, 10.389468455026284] ≈ 
Union{Missing, Float64}[34.50725735555258, 34.50678186154884, 34.50160415391436, 34.504186106832115, 34.530388583505314, 34.53722448713483, 34.735783282747455, 34.988715833137896, 35.119874921741776, 35.11845699407066  …  34.862050046564775, 34.86401585477976, 6.669904340924572, 6.773781441891427, 6.912953064476571, 7.137520672097142, 7.3661052164125715, 7.586220919642284, 9.167624152367999, 10.389468455026284] (atol=1.3000089893466793e-10)

Stacktrace:
 [1] macro expansion
   @ /opt/hostedtoolcache/julia/1.10.0/x64/share/julia/stdlib/v1.10/Test/src/Test.jl:672 [inlined]
 [2] macro expansion
   @ ~/work/GibbsSeaWater.jl/GibbsSeaWater.jl/test/runtests.jl:20 [inlined]
 [3] macro expansion
   @ /opt/hostedtoolcache/julia/1.10.0/x64/share/julia/stdlib/v1.10/Test/src/Test.jl:1577 [inlined]
 [4] top-level scope
   @ ~/work/GibbsSeaWater.jl/GibbsSeaWater.jl/test/runtests.jl:48
Test Summary:                                                      | Pass  Fail  Total  Time
Absolute Salinity, Preformed Salinity and Conservative Temperature |    1     2      3  1.9s
ERROR: LoadError: Some tests did not pass: 1 passed, 2 failed, 0 errored, 0 broken.
in expression starting at /home/runner/work/GibbsSeaWater.jl/GibbsSeaWater.jl/test/runtests.jl:47
ERROR: LoadError: Package GibbsSeaWater errored during testing
Alexander-Barth commented 8 months ago

The C library GSW-C passes its tests using the reference values in gsw_check_data.h:

$ ./gsw_check 
# no error

But if gsw_check_data.h is recreated from the netCDF file gsw_data_v3_0.nc using the python script make_check_data.py, then the tests fails:

$ ./gsw_check 
============================================================================
 Gibbs SeaWater (GSW) Oceanographic Toolbox of TEOS-10 version 3.05 (C)
============================================================================

 These are the check values for the subset of functions that have been 
 converted into C from the Gibbs SeaWater (GSW) Oceanographic Toolbox 
 of TEOS-10 (version 3.05).

----------------------------------------------------------------------------
Practical Salinity, PSS-78

c_from_sp........................................................ passed ( 92)
sp_from_c........................................................ passed ( 92)
sp_from_sk....................................................... passed ( 98)
sp_salinometer................................................... passed ( 98)

----------------------------------------------------------------------------
Absolute Salinity, Preformed Salinity and Conservative Temperature

sa_from_sp.................................................... << failed >>

  Max difference = 0.00018680994066500034, limit = 1.3000800436202553e-10
  Max diff (rel) = 0.0005367930846170673, limit = 3.7357432606623484e-10
  Max at index 60, calcval= 34.801107916333379, refval= 34.800921106392714
sstar_from_sp................................................. << failed >>

  Max difference = 6.5383479231684305e-05, limit = 1.3000089893466793e-10
  Max diff (rel) = 0.00018791181085410112, limit = 3.7362197023673349e-10
  Max at index 60, calcval= 34.794768319512116, refval= 34.794833702991347
ct_from_t........................................................ passed ( 98)
sa_from_sp_lon_wrapped_high (sa_from_sp)...................... << failed >>

  Max difference = 0.00018680994066500034, limit = 1.3000800436202553e-10
  Max diff (rel) = 0.0005367930846170673, limit = 3.7357432606623484e-10
  Max at index 60, calcval= 34.801107916333379, refval= 34.800921106392714
sa_from_sp_lon_wrapped_low (sa_from_sp)....................... << failed >>

  Max difference = 0.00018680994066500034, limit = 1.3000800436202553e-10
  Max diff (rel) = 0.0005367930846170673, limit = 3.7357432606623484e-10
  Max at index 60, calcval= 34.801107916333379, refval= 34.800921106392714

----------------------------------------------------------------------------
Other conversions between Temperatures, Salinities, Entropy, Pressure and Height

deltasa_from_sp............................................... << failed >>

  Max difference = 0.00018680994067921119, limit = 6.9633188104489818e-13
  Max diff (rel) = 3.9780671709468822, limit = 1.4828199109731099e-08
  Max at index 60, calcval= 0.0046959976453777585, refval= 0.0045091877046985473
sr_from_sp....................................................... passed ( 98)
sp_from_sr....................................................... passed ( 98)
sp_from_sa.................................................... << failed >>

  Max difference = 0.00018590809651897189, limit = 1.2971135276984569e-10
  Max diff (rel) = 0.00053679596608509003, limit = 3.7453199847693376e-10
  Max at index 60, calcval= 34.632916091903482, refval= 34.633102000000001
ssp_from_sa_lon_wrapped_high (sp_from_sa)..................... << failed >>

  Max difference = 0.00018590809651897189, limit = 1.2971135276984569e-10
  Max diff (rel) = 0.00053679596608509003, limit = 3.7453199847693376e-10
  Max at index 60, calcval= 34.632916091903482, refval= 34.633102000000001
sa_from_sp_lon_wrapped_low (sp_from_sa)....................... << failed >>

  Max difference = 0.00018590809651897189, limit = 1.2971135276984569e-10
  Max diff (rel) = 0.00053679596608509003, limit = 3.7453199847693376e-10
  Max at index 60, calcval= 34.632916091903482, refval= 34.633102000000001
sstar_from_sa................................................. << failed >>

  Max difference = 0.00025215938937606097, limit = 1.3000089893466793e-10
  Max diff (rel) = 0.00072470878564834468, limit = 3.7362397582439805e-10
  Max at index 60, calcval= 34.794581543601979, refval= 34.794833702991355
sa_from_sstar.................................................... passed ( 98)
sp_from_sstar................................................. << failed >>

  Max difference = 0.00018590809650476103, limit = 1.2971224094826539e-10
  Max diff (rel) = 0.0005367959660440571, limit = 3.7453456302684721e-10
  Max at index 60, calcval= 34.632916091903489, refval= 34.633101999999994
pt_from_ct....................................................... passed ( 98)
t_from_ct........................................................ passed ( 98)
ct_from_pt....................................................... passed ( 98)
pt0_from_t....................................................... passed ( 98)
pt_from_t........................................................ passed ( 98)
z_from_p......................................................... passed ( 98)
p_from_z......................................................... passed ( 98)
entropy_from_pt.................................................. passed ( 98)
pt_from_entropy.................................................. passed ( 98)
ct_from_entropy.................................................. passed ( 98)
entropy_from_ct.................................................. passed ( 98)
entropy_from_t................................................... passed ( 98)
adiabatic_lapse_rate_from_ct..................................... passed ( 98)

----------------------------------------------------------------------------
Specific Volume, Density and Enthalpy

specvol.......................................................... passed ( 98)
alpha............................................................ passed ( 98)
beta............................................................. passed ( 98)
alpha_on_beta.................................................... passed ( 98)
specvol_alpha_beta (v_vab)....................................... passed ( 98)
specvol_alpha_beta (alpha_vab)................................... passed ( 98)
specvol_alpha_beta (beta_vab).................................... passed ( 98)
specvol_first_derivatives (v_sa)................................. passed ( 98)
specvol_first_derivatives (v_ct)................................. passed ( 98)
specvol_first_derivatives (v_p).................................. passed ( 98)
specvol_second_derivatives (v_sa_sa)............................. passed ( 98)
specvol_second_derivatives (v_sa_ct)............................. passed ( 98)
specvol_second_derivatives (v_ct_ct)............................. passed ( 98)
specvol_second_derivatives (v_sa_p)........................... << failed >>

  Max difference = 2.9382892612553006e-16, limit = 1.303553202832461e-26
  Max diff (rel) = 20.896467726513102, limit = 9.2705840068121602e-10
  Max at index 23, calcval= 1.4061176748677225e-15, refval= 1.6999466009932526e-15
specvol_second_derivatives (v_ct_p).............................. passed ( 98)
specvol_first_derivatives_wrt_enthalpy (v_sa_wrt_h).............. passed ( 98)
specvol_first_derivatives_wrt_enthalpy (v_h)..................... passed ( 98)
specvol_second_derivatives_wrt_enthalpy (v_sa_sa_wrt_h)....... << failed >>

  Max difference = 5.3725931308895906e-12, limit = 1.9904240284710367e-20
  Max diff (rel) = 0.73127530324228285, limit = 2.7092093139014135e-09
  Max at index 44, calcval= 7.346881683367293e-10, refval= 7.400607614676189e-10
specvol_second_derivatives_wrt_enthalpy (v_sa_h)................. passed ( 98)
specvol_second_derivatives_wrt_enthalpy (v_h_h).................. passed ( 98)
specvol_anom_standard............................................ passed ( 98)
rho.............................................................. passed ( 98)
rho_alpha_beta (rho_rab)......................................... passed ( 98)
rho_alpha_beta (alpha_rab)....................................... passed ( 98)
rho_alpha_beta (beta_rab)........................................ passed ( 98)
rho_first_derivatives (rho_sa)................................... passed ( 98)
rho_first_derivatives (rho_ct)................................... passed ( 98)
rho_first_derivatives (rho_p).................................... passed ( 98)
rho_second_derivatives (rho_sa_sa)............................... passed ( 98)
rho_second_derivatives (rho_sa_ct)............................... passed ( 98)
rho_second_derivatives (rho_ct_ct)............................... passed ( 98)
rho_second_derivatives (rho_sa_p)............................. << failed >>

  Max difference = 3.1401670671459799e-10, limit = 1.1000468171189577e-20
  Max diff (rel) = 38.484348116858271, limit = 1.3481634495748262e-09
  Max at index 25, calcval= -8.159595318103916e-10, refval= -1.1299762385249896e-09
rho_second_derivatives (rho_ct_p)................................ passed ( 98)
rho_first_derivatives_wrt_enthalpy (rho_sa_wrt_h)................ passed ( 98)
rho_first_derivatives_wrt_enthalpy (rho_h)....................... passed ( 98)
rho_second_derivatives_wrt_enthalpy (rho_sa_sa_wrt_h)......... << failed >>

  Max difference = 5.9786298124043938e-06, limit = 1.9459694272638828e-14
  Max diff (rel) = 2.4512223964570006, limit = 7.9784231380793666e-09
  Max at index 44, calcval= 0.00024390401381147266, refval= 0.00023792538399906827
rho_second_derivatives_wrt_enthalpy (rho_sa_h)................... passed ( 98)
rho_second_derivatives_wrt_enthalpy (rho_h_h).................... passed ( 98)
sigma0........................................................... passed ( 98)
sigma1........................................................... passed ( 98)
sigma2........................................................... passed ( 98)
sigma3........................................................... passed ( 98)
sigma4........................................................... passed ( 98)
sound_speed...................................................... passed ( 98)
kappa............................................................ passed ( 98)
cabbeling........................................................ passed ( 98)
thermobaric................................................... << failed >>

  Max difference = 1.0995945804096109e-13, limit = 5.1742409137179331e-23
  Max diff (rel) = 7.621983283161863, limit = 3.5865925905818098e-09
  Max at index 0, calcval= 1.4426620205777478e-12, refval= 1.5526214786187089e-12
sa_from_rho...................................................... passed ( 98)
ct_from_rho...................................................... passed ( 93)
ct_maxdensity.................................................... passed ( 98)
internal_energy.................................................. passed ( 98)
enthalpy......................................................... passed ( 98)
enthalpy_diff.................................................... passed ( 98)
ct_from_enthalpy................................................. passed ( 98)
dynamic_enthalpy................................................. passed ( 98)
enthalpy_first_derivatives (h_sa)................................ passed ( 98)
enthalpy_first_derivatives (h_ct)................................ passed ( 98)
enthalpy_second_derivatives (h_sa_sa)............................ passed ( 98)
enthalpy_second_derivatives (h_sa_ct)............................ passed ( 98)
enthalpy_second_derivatives (h_ct_ct)............................ passed ( 98)

----------------------------------------------------------------------------
Derivatives of entropy, CT and pt

ct_first_derivatives (ct_sa)..................................... passed ( 98)
ct_first_derivatives (ct_pt)..................................... passed ( 98)
ct_second_derivatives (ct_sa_sa)................................. passed ( 98)
ct_second_derivatives (ct_sa_pt)................................. passed ( 98)
ct_second_derivatives (ct_pt_pt)................................. passed ( 98)
entropy_first_derivatives (eta_sa)............................... passed ( 98)
entropy_first_derivatives (eta_ct)............................... passed ( 98)
entropy_second_derivatives (eta_sa_sa)........................... passed ( 98)
entropy_second_derivatives (eta_sa_ct)........................... passed ( 98)
entropy_second_derivatives (eta_ct_ct)........................... passed ( 98)
pt_first_derivatives (pt_sa)..................................... passed ( 98)
pt_first_derivatives (pt_ct)..................................... passed ( 98)
pt_second_derivatives (pt_sa_sa)................................. passed ( 98)
pt_second_derivatives (pt_sa_ct)................................. passed ( 98)
pt_second_derivatives (pt_ct_ct)................................. passed ( 98)

----------------------------------------------------------------------------
Freezing temperatures

ct_freezing...................................................... passed ( 98)
ct_freezing_poly................................................. passed ( 98)
t_freezing....................................................... passed ( 98)
t_freezing_poly.................................................. passed ( 98)
pot_enthalpy_ice_freezing........................................ passed ( 98)
pot_enthalpy_ice_freezing_poly................................... passed ( 98)
sa_freezing_from_ct.............................................. passed ( 98)
sa_freezing_from_ct_poly......................................... passed ( 98)
sa_freezing_from_t............................................... passed ( 98)
sa_freezing_from_t_poly.......................................... passed ( 98)
ct_freezing_first_derivatives (ctfreezing_sa).................... passed ( 98)
ct_freezing_first_derivatives (ctfreezing_p)..................... passed ( 98)
ct_freezing_first_derivatives_poly (ctfreezing_sa_poly).......... passed ( 98)
ct_freezing_first_derivatives_poly (ctfreezing_p_poly)........... passed ( 98)
t_freezing_first_derivatives (tfreezing_sa)...................... passed ( 98)
t_freezing_first_derivatives (tfreezing_p)....................... passed ( 98)
t_freezing_first_derivatives_poly (tfreezing_sa_poly)............ passed ( 98)
t_freezing_first_derivatives_poly (tfreezing_p_poly)............. passed ( 98)
pot_enthalpy_ice_freezing_first_derivatives (..ce_freezing_sa)... passed ( 98)
pot_enthalpy_ice_freezing_first_derivatives (..ice_freezing_p)... passed ( 98)
pot_enthalpy_ice_freezing_first_derivatives_poly (..g_sa_poly)... passed ( 98)
pot_enthalpy_ice_freezing_first_derivatives_poly (..ng_p_poly)... passed ( 98)

----------------------------------------------------------------------------
Isobaric Melting Enthalpy and Isobaric Evaporation Enthalpy

latentheat_melting............................................... passed ( 98)
latentheat_evap_ct............................................... passed ( 98)
latentheat_evap_t................................................ passed ( 98)

----------------------------------------------------------------------------
Planet Earth properties

grav............................................................. passed ( 98)

----------------------------------------------------------------------------
Density and enthalpy in terms of CT, derived from the exact Gibbs function

enthalpy_ct_exact................................................ passed ( 98)
enthalpy_first_derivatives_ct_exact (h_sa_ct_exact).............. passed ( 98)
enthalpy_first_derivatives_ct_exact (h_ct_ct_exact).............. passed ( 98)
enthalpy_second_derivatives_ct_exact (h_sa_sa_ct_exact).......... passed ( 98)
enthalpy_second_derivatives_ct_exact (h_sa_ct_ct_exact).......... passed ( 98)
enthalpy_second_derivatives_ct_exact (h_ct_ct_ct_exact).......... passed ( 98)

----------------------------------------------------------------------------
Basic thermodynamic properties in terms of in-situ t,
based on the exact Gibbs function

rho_t_exact...................................................... passed ( 98)
pot_rho_t_exact.................................................. passed ( 98)
alpha_wrt_t_exact................................................ passed ( 98)
beta_const_t_exact............................................... passed ( 98)
specvol_t_exact.................................................. passed ( 98)
sound_speed_t_exact.............................................. passed ( 98)
kappa_t_exact.................................................... passed ( 98)
enthalpy_t_exact................................................. passed ( 98)
ct_first_derivatives_wrt_t_exact (ct_sa_wrt_t)................... passed ( 98)
ct_first_derivatives_wrt_t_exact (ct_t_wrt_t).................... passed ( 98)
ct_first_derivatives_wrt_t_exact (ct_p_wrt_t).................... passed ( 98)
chem_potential_water_t_exact..................................... passed ( 98)
t_deriv_chem_potential_water_t_exact............................. passed ( 98)
dilution_coefficient_t_exact..................................... passed ( 98)

----------------------------------------------------------------------------
Library functions of the GSW Toolbox

deltasa_atlas.................................................... passed ( 98)
fdelta........................................................ << failed >>

  Max difference = 7.2483557444241893e-06, limit = 2.7029390553025279e-14
  Max diff (rel) = 3.978247606834969, limit = 1.4835034602778413e-08
  Max at index 60, calcval= 0.00018219971356159167, refval= 0.00017495135781716748
deltasa_atlas_lon_wrapped_high (deltasa_atlas)................... passed ( 98)
deltasa_atlas_lon_wrapped_low (deltasa_atlas).................... passed ( 98)
fdelta_lon_wrapped_high (fdelta).............................. << failed >>

  Max difference = 7.2483557444241893e-06, limit = 2.7029390553025279e-14
  Max diff (rel) = 3.978247606834969, limit = 1.4835034602778413e-08
  Max at index 60, calcval= 0.00018219971356159167, refval= 0.00017495135781716748
fdelta_lon_wrapped_low (fdelta)............................... << failed >>

  Max difference = 7.2483557444241893e-06, limit = 2.7029390553025279e-14
  Max diff (rel) = 3.978247606834969, limit = 1.4835034602778413e-08
  Max at index 60, calcval= 0.00018219971356159167, refval= 0.00017495135781716748

----------------------------------------------------------------------------
Water column properties, based on the 75-term polynomial for specific volume

nsquared (n2).................................................... passed ( 95)
nsquared (p_mid_n2).............................................. passed ( 95)
turner_rsubrho (tu).............................................. passed ( 95)
rsubrhorner_rsubrho (rsubrho).................................... passed ( 95)
p_mid_tursrrner_rsubrho (p_mid_tursr)............................ passed ( 95)
ipv_vs_fnsquared_ratio (ipvfn2).................................. passed ( 95)
ipv_vs_fnsquared_ratio (p_mid_ipvfn2)............................ passed ( 95)
geo_strf_dyn_height........................................... << failed >>

  Max difference = 0.014256831276004078, limit = 3.2645515091189736e-07
  Max diff (rel) = 0.087184740105516592, limit = 1.9963698059796572e-06
  Max at index 96, calcval= -16.352438808384978, refval= -16.338181977108974
geo_strf_dyn_height_pc........................................... passed ( 98)
geo_strf_dyn_height_pc (geo_strf_dyn_height_pc_p_mid)............ passed ( 98)

----------------------------------------------------------------------------
Thermodynamic properties of ice Ih

rho_ice.......................................................... passed (108)
alpha_wrt_t_ice.................................................. passed (108)
specvol_ice...................................................... passed (108)
pressure_coefficient_ice......................................... passed (108)
sound_speed_ice.................................................. passed (108)
kappa_ice........................................................ passed (108)
kappa_const_t_ice................................................ passed (108)
internal_energy_ice.............................................. passed (108)
enthalpy_ice..................................................... passed (108)
entropy_ice...................................................... passed (108)
cp_ice........................................................... passed (108)
chem_potential_water_ice......................................... passed (108)
helmholtz_energy_ice............................................. passed (108)
adiabatic_lapse_rate_ice......................................... passed (108)
pt0_from_t_ice................................................... passed (108)
pt_from_t_ice.................................................... passed (108)
t_from_pt0_ice................................................... passed (108)
pot_enthalpy_from_pt_ice......................................... passed (108)
pt_from_pot_enthalpy_ice......................................... passed (108)
pot_enthalpy_from_pt_ice_poly.................................... passed (108)
pt_from_pot_enthalpy_ice_poly.................................... passed (108)
pressure_freezing_ct............................................. passed ( 30)

----------------------------------------------------------------------------
Thermodynamic interaction between ice and seawater

melting_ice_sa_ct_ratio.......................................... passed (108)
melting_ice_sa_ct_ratio_poly..................................... passed (108)
melting_ice_equilibrium_sa_ct_ratio.............................. passed (108)
melting_ice_equilibrium_sa_ct_ratio_poly......................... passed (108)
melting_ice_into_seawater (..lting_ice_into_seawater_sa_final)... passed (108)
melting_ice_into_seawater (..lting_ice_into_seawater_ct_final)... passed (108)
ice_fraction_to_freeze_seawater (.._freeze_seawater_sa_freeze)... passed (108)
ice_fraction_to_freeze_seawater (.._freeze_seawater_ct_freeze)... passed (108)
ice_fraction_to_freeze_seawater (..on_to_freeze_seawater_w_ih)... passed (108)
frazil_ratios_adiabatic (dsa_dct_frazil)......................... passed (108)
frazil_ratios_adiabatic (dsa_dp_frazil).......................... passed (108)
frazil_ratios_adiabatic (dct_dp_frazil).......................... passed (108)
frazil_ratios_adiabatic_poly (dsa_dct_frazil_poly)............... passed (108)
frazil_ratios_adiabatic_poly (dsa_dp_frazil_poly)................ passed (108)
frazil_ratios_adiabatic_poly (dct_dp_frazil_poly)................ passed (108)
frazil_properties_potential (.._properties_potential_sa_final)... passed (108)
frazil_properties_potential (.._properties_potential_ct_final)... passed (108)
frazil_properties_potential (..roperties_potential_w_ih_final)... passed (108)
frazil_properties_potential_poly (..s_potential_poly_sa_final)... passed ( 91)
frazil_properties_potential_poly (..s_potential_poly_ct_final)... passed ( 91)
frazil_properties_potential_poly (..potential_poly_w_ih_final)... passed ( 91)
frazil_properties (frazil_properties_sa_final)................... passed (108)
frazil_properties (frazil_properties_ct_final)................... passed (108)
frazil_properties (frazil_properties_w_ih_final)................. passed (108)

----------------------------------------------------------------------------
Thermodynamic interaction between seaice and seawater

melting_seaice_sa_ct_ratio....................................... passed (108)
melting_seaice_sa_ct_ratio_poly.................................. passed (108)
melting_seaice_equilibrium_sa_ct_ratio........................... passed (108)
melting_seaice_equilibrium_sa_ct_ratio_poly...................... passed (108)
melting_seaice_into_seawater (..seaice_into_seawater_sa_final)... passed (  0)
melting_seaice_into_seawater (..seaice_into_seawater_ct_final)... passed (  0)
seaice_fraction_to_freeze_seawater (..eeze_seawater_sa_freeze)... passed (108)
seaice_fraction_to_freeze_seawater (..eeze_seawater_ct_freeze)... passed (108)
seaice_fraction_to_freeze_seawater (..to_freeze_seawater_w_ih)... passed (108)

----------------------------------------------------------------------------
Dissolved Gasses

o2sol......................................................... << failed >>

  Max difference = 0.00046798256613556077, limit = 6.2460117078444455e-09
  Max diff (rel) = 0.00014135014436332958, limit = 1.8865545866149133e-09
  Max at index 73, calcval= 331.08035951675288, refval= 331.08082749931901
o2sol_sp_pt...................................................... passed ( 98)

Your installation of the Gibbs SeaWater (GSW) Oceanographic Toolbox has errors !

It seems that the references values in NetCDF file are no-longer correct.

Alexander-Barth commented 5 months ago

Reference values have been updated. https://github.com/TEOS-10/GibbsSeaWater.jl/commit/aec94861ef67c85b1f238d08027acd20fdbb88a6