def test_sfl_trhph_vfltemp(self):
"""
Test sfl_trhph_vfltemp function.
Values based on those described in DPS as available on Alfresco:
OOI (2012). Data Product Specification for Vent Fluid Temperature from
TRHPH. Document Control Number 1341-00150.
https://alfresco.oceanobservatories.org/ (See: Company Home >> OOI
>> Controlled >> 1000 System Level >>
1341-00150_Data_Product_Spec_TRHPHTE_OOI.pdf)
Implemented by Christopher Wingard, April 2013
"""
# calibration constants
tc_slope = np.ones(24) * 4.22e-5
ts_slope = np.ones(24) * 0.003
# V_ts, V_tc, T_ts, T
test_array = np.array([
[1.506, 0.000, 12.01, 12.0],
[1.479, 0.015, 12.67, 17.1],
[1.926, 0.001, 2.47, 2.1],
[1.932, 0.274, 2.34, 69.5],
[1.927, 0.306, 2.45, 77.5],
[1.930, 0.393, 2.38, 99.0],
[1.929, 0.383, 2.40, 96.6],
[1.930, 0.388, 2.38, 97.8],
[1.930, 0.469, 2.38, 117.8],
[1.931, 1.077, 2.36, 268.3],
[1.926, 1.288, 2.47, 320.6],
[1.926, 1.305, 2.47, 324.8],
[1.928, 1.319, 2.43, 328.2],
[1.929, 1.318, 2.40, 328.0],
[1.601, 0.091, 9.75, 29.7],
[1.958, 0.407, 1.78, 102.0],
[1.962, 1.216, 1.70, 302.2],
[1.441, -0.300, 13.61, 13.6],
[1.441, 1.216, 13.61, 312.1],
[1.321, 1.216, 16.68, 315.0],
[1.110, 1.216, 22.60, 320.8],
[1.600, 1.216, 9.77, 308.1],
[1.590, 1.216, 10.01, 308.9],
[1.591, 1.216, 9.98, 308.3],
])
# set inputs
V_ts = test_array[:, 0]
V_tc = test_array[:, 1]
# set known outputs
T = test_array[:, 3]
# calculate the Vent Fluid Temperature
Tout = sflfunc.sfl_trhph_vfltemp(V_ts, V_tc, tc_slope, ts_slope)
# How'd we do?
np.testing.assert_allclose(Tout, T, rtol=0.1, atol=0.0)
def test_sfl_trhph_vfltemp(self):
"""
Test sfl_trhph_vfltemp function.
Values based on those described in DPS as available on Alfresco:
OOI (2012). Data Product Specification for Vent Fluid Temperature from
TRHPH. Document Control Number 1341-00150.
https://alfresco.oceanobservatories.org/ (See: Company Home >> OOI
>> Controlled >> 1000 System Level >>
1341-00150_Data_Product_Spec_TRHPHTE_OOI.pdf)
Implemented by Christopher Wingard, April 2013
"""
# calibration constants
tc_slope = np.ones(24) * 4.22e-5
ts_slope = np.ones(24) * 0.003
# V_ts, V_tc, T_ts, T
test_array = np.array([
[1.506, 0.000, 12.01, 12.0],
[1.479, 0.015, 12.67, 17.1],
[1.926, 0.001, 2.47, 2.1],
[1.932, 0.274, 2.34, 69.5],
[1.927, 0.306, 2.45, 77.5],
[1.930, 0.393, 2.38, 99.0],
[1.929, 0.383, 2.40, 96.6],
[1.930, 0.388, 2.38, 97.8],
[1.930, 0.469, 2.38, 117.8],
[1.931, 1.077, 2.36, 268.3],
[1.926, 1.288, 2.47, 320.6],
[1.926, 1.305, 2.47, 324.8],
[1.928, 1.319, 2.43, 328.2],
[1.929, 1.318, 2.40, 328.0],
[1.601, 0.091, 9.75, 29.7],
[1.958, 0.407, 1.78, 102.0],
[1.962, 1.216, 1.70, 302.2],
[1.441, -0.300, 13.61, 13.6],
[1.441, 1.216, 13.61, 312.1],
[1.321, 1.216, 16.68, 315.0],
[1.110, 1.216, 22.60, 320.8],
[1.600, 1.216, 9.77, 308.1],
[1.590, 1.216, 10.01, 308.9],
[1.591, 1.216, 9.98, 308.3],
])
# set inputs
V_ts = test_array[:, 0]
V_tc = test_array[:, 1]
# set known outputs
T = test_array[:, 3]
# calculate the Vent Fluid Temperature
Tout = sflfunc.sfl_trhph_vfltemp(V_ts, V_tc, tc_slope, ts_slope)
# How'd we do?
np.testing.assert_allclose(Tout, T, rtol=0.1, atol=0.0)
def test_sfl_trhph_vfltemp(self):
"""
Test sfl_trhph_vfltemp function.
Values based on those described in DPS as available on Alfresco:
OOI (2012). Data Product Specification for Vent Fluid Temperature from
TRHPH. Document Control Number 1341-00150.
https://alfresco.oceanobservatories.org/ (See: Company Home >> OOI
>> Controlled >> 1000 System Level >>
1341-00150_Data_Product_Spec_TRHPHTE_OOI.pdf)
Implemented by Christopher Wingard, April 2013
"""
# calibration constants
a = 1.98e-9
b = -2.45e-6
c = 9.28e-4
d = -0.0888
e = 0.731
# [ V_s, V_c, T_s, T_c, T_u, T_lc, T]
test_array = np.array([
[1.506, 0.000, 12.01, 0.00, 12.0, -0.206, 11.8],
[1.479, 0.015, 12.67, 3.68, 16.3, -0.483, 15.9],
[1.926, 0.001, 2.47, 0.25, 2.7, 0.497, 3.2],
[1.932, 0.274, 2.34, 67.12, 69.5, -1.735, 67.7],
[1.927, 0.306, 2.45, 74.96, 77.4, -1.648, 75.8],
[1.930, 0.393, 2.38, 96.27, 98.7, -1.162, 97.5],
[1.929, 0.383, 2.40, 93.82, 96.2, -1.234, 95.0],
[1.930, 0.388, 2.38, 95.05, 97.4, -1.199, 96.2],
[1.930, 0.469, 2.38, 114.89, 117.3, -0.497, 116.8],
[1.931, 1.077, 2.36, 263.83, 266.2, 6.579, 272.8],
[1.926, 1.288, 2.47, 315.52, 318.0, 7.797, 325.8],
[1.926, 1.305, 2.47, 319.69, 322.2, 7.847, 330.0],
[1.928, 1.319, 2.43, 323.12, 325.5, 7.883, 333.4],
[1.929, 1.318, 2.40, 322.87, 325.3, 7.880, 333.2]
])
# set inputs
V_s = test_array[:, 0]
V_c = test_array[:, 1]
# set known outputs
T = test_array[:, 6]
# calculate the Vent Fluid Temperature
Tout = sflfunc.sfl_trhph_vfltemp(V_s, V_c, a, b, c, d, e)
# How'd we do?
np.testing.assert_allclose(Tout, T, rtol=0.01, atol=0.0)