Const xuv #15
127 fail, 18 989 pass in 3m 50s
Annotations
github-actions / Test Results
test_benchmark[log.initial.planet.RGLimit-0.0-unit26-param_options26] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f82e730>
vplanet_output = <vplanet.Output: system>, param = 'log.initial.planet.RGLimit'
value = 0.0, unit = Unit("m"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.planet.RocheRadius-1626.273816-unit41-param_options41] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f83b1f0>
vplanet_output = <vplanet.Output: system>
param = 'log.initial.planet.RocheRadius', value = 1626.273816
unit = Unit("earthRad"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.planet.BondiRadius-21.602817-unit42-param_options42] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f83b3a0>
vplanet_output = <vplanet.Output: system>
param = 'log.initial.planet.BondiRadius', value = 21.602817
unit = Unit("earthRad"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.planet.RRCriticalFlux-0.012799-unit44-param_options44] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f83b430>
vplanet_output = <vplanet.Output: system>
param = 'log.initial.planet.RRCriticalFlux', value = 0.012799
unit = Unit("W / m2"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.planet.KTide-0.969687-unit53-param_options53] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f83bb80>
vplanet_output = <vplanet.Output: system>, param = 'log.initial.planet.KTide'
value = 0.969687, unit = Unit(dimensionless), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.planet.RGLimit-0.0-unit81-param_options81] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f856100>
vplanet_output = <vplanet.Output: system>, param = 'log.final.planet.RGLimit'
value = 0.0, unit = Unit("m"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.planet.RocheRadius-1626.273816-unit96-param_options96] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f856c70>
vplanet_output = <vplanet.Output: system>
param = 'log.final.planet.RocheRadius', value = 1626.273816
unit = Unit("earthRad"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.planet.BondiRadius-21.602817-unit97-param_options97] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f856d30>
vplanet_output = <vplanet.Output: system>
param = 'log.final.planet.BondiRadius', value = 21.602817
unit = Unit("earthRad"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.planet.RRCriticalFlux-0.012799-unit99-param_options99] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f856eb0>
vplanet_output = <vplanet.Output: system>
param = 'log.final.planet.RRCriticalFlux', value = 0.012799
unit = Unit("W / m2"), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.planet.KTide-0.969687-unit108-param_options108] (tests.Atmesc.HydELimNoXUVLopez12.test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_HydELimNoXUVLopez12.Test_HydELimConstXUVLopez12 object at 0x7f608f8635b0>
vplanet_output = <vplanet.Output: system>, param = 'log.final.planet.KTide'
value = 0.969687, unit = Unit(dimensionless), param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLB15NoO2SinkBolmont16.test_WaterELimConstXUVLB15NoO2SinkBolmont16.Test_WaterELimConstXUVLB15NoO2SinkBolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15NoO2SinkBolmont16.Test_WaterELimConstXUVLB15NoO2SinkBolmont16 object at 0x7f608f79d2b0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLB15NoO2SinkBolmont16.test_WaterELimConstXUVLB15NoO2SinkBolmont16.Test_WaterELimConstXUVLB15NoO2SinkBolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15NoO2SinkBolmont16.Test_WaterELimConstXUVLB15NoO2SinkBolmont16 object at 0x7f608f733d60>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O object at 0x7f608f6ffc40>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLB15NoO2SinkConstXAbsEffH2O object at 0x7f608f6a8640>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLB15SinkO2Bolmont16.test_WaterELimConstXUVLB15SinkO2Bolmont16.Test_WaterELimConstXUVLB15SinkO2Bolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15SinkO2Bolmont16.Test_WaterELimConstXUVLB15SinkO2Bolmont16 object at 0x7f608f677550>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLB15SinkO2Bolmont16.test_WaterELimConstXUVLB15SinkO2Bolmont16.Test_WaterELimConstXUVLB15SinkO2Bolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15SinkO2Bolmont16.Test_WaterELimConstXUVLB15SinkO2Bolmont16 object at 0x7f608f693eb0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O object at 0x7f608f643dc0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLB15SinkO2ConstXAbsEffH2O object at 0x7f608f6077c0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLBExactNoO2SinkBolmont16.test_WaterELimConstXUVLBExactNoO2SinkBolmont16.Test_WaterELimConstXUVLBExactNoO2SinkBolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactNoO2SinkBolmont16.Test_WaterELimConstXUVLBExactNoO2SinkBolmont16 object at 0x7f608f5e1670>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLBExactNoO2SinkBolmont16.test_WaterELimConstXUVLBExactNoO2SinkBolmont16.Test_WaterELimConstXUVLBExactNoO2SinkBolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactNoO2SinkBolmont16.Test_WaterELimConstXUVLBExactNoO2SinkBolmont16 object at 0x7f608f57f070>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLBExactNoO2Sink…nstXAbsEffH2O.test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O object at 0x7f608f53ffa0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O.test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O.Test_WaterELimConstXUVLBExactNoO2SinkConstXAbsEffH2O object at 0x7f608f4e99a0>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLBExactSinkO2Bolmont16.test_WaterELimConstXUVLBExactSinkO2Bolmont16.Test_WaterELimConstXUVLBExactSinkO2Bolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactSinkO2Bolmont16.Test_WaterELimConstXUVLBExactSinkO2Bolmont16 object at 0x7f608f4b4820>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.final.earth.BondiRadius-124901600.0-unit97-param_options97] (tests.Atmesc.WaterELimConstXUVLBExactSinkO2Bolmont16.test_WaterELimConstXUVLBExactSinkO2Bolmont16.Test_WaterELimConstXUVLBExactSinkO2Bolmont16) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactSinkO2Bolmont16.Test_WaterELimConstXUVLBExactSinkO2Bolmont16 object at 0x7f608f4e0220>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.final.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError
github-actions / Test Results
test_benchmark[log.initial.earth.BondiRadius-124901600.0-unit42-param_options42] (tests.Atmesc.WaterELimConstXUVLBExactSinkO2ConstXAbsEffH2O.test_WaterELimConstXUVLBExactSinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLBExactSinkO2ConstXAbsEffH2O) failed
junit/test-results.xml [took 0s]
Raw output
AssertionError
self = <test_WaterELimConstXUVLBExactSinkO2ConstXAbsEffH2O.Test_WaterELimConstXUVLBExactSinkO2ConstXAbsEffH2O object at 0x7f608f42d100>
vplanet_output = <vplanet.Output: solarsystem>
param = 'log.initial.earth.BondiRadius', value = 124901600.0, unit = Unit("m")
param_options = {}
def test_benchmark(self, vplanet_output, param, value, unit, param_options):
# The value returned by vplanet
output_value = recursive_getattr(vplanet_output, param)
# Are we comparing a specific index of an array?
index = param_options.pop("index", None)
if index is not None:
output_value = output_value[index]
# The expected value
benchmark_value = value * unit
# Check
if np.allclose(output_value, benchmark_value, **param_options) == 0:
print(
"Standard: " + repr(benchmark_value) + ", Trial: " + repr(output_value)
)
> assert False
E AssertionError
tests/benchmark.py:35: AssertionError