def test_pitch_clip():
"""
Pitch in this time range goes from 48.62 to 158.41. dpa_clip.json
has been modified so the solarheat pitch range is from 55 .. 153.
Make sure the model still runs with no interpolation error.
"""
mdl = ThermalModel('dpa', start='2012:001', stop='2012:007',
model_spec=abs_path('dpa_clip.json'))
try:
mdl._get_cmd_states()
except:
pytest.skip('No commanded states access - '
'cannot run DPA model with real states')
mdl.make()
mdl.calc()
def test_dpa_remove_pow():
mdl = ThermalModel('dpa', start='2019:001:12:00:00', stop='2019:007:12:00:00',
model_spec=abs_path('dpa_remove_pow.json'))
mdl._get_cmd_states()
mdl.make()
mdl.calc()
dpa = mdl.comp['1dpamzt']
reffile = abs_path('dpa_remove_pow.npz')
if not os.path.exists(reffile):
print('Writing reference file', reffile)
np.savez(reffile, times=mdl.times, dvals=dpa.dvals,
mvals=dpa.mvals)
regr = np.load(reffile)
assert np.allclose(mdl.times, regr['times'])
assert np.allclose(dpa.dvals, regr['dvals'])
assert np.allclose(dpa.mvals, regr['mvals'])
def test_pitch_clip():
"""Pitch in this time range goes from 48.62 to 158.41. dpa_clip.json
has been modified so the solarheat pitch range is from 55 .. 153.
Make sure the model still runs with no interpolation error.
Parameters
----------
Returns
-------
"""
mdl = ThermalModel('dpa', start='2012:001:12:00:00', stop='2012:007:12:00:00',
model_spec=abs_path('dpa_clip.json'))
mdl._get_cmd_states()
mdl.make()
mdl.calc()
def test_dpa_remove_pow():
mdl = ThermalModel('dpa', start='2012:001', stop='2012:007',
model_spec=abs_path('dpa_remove_pow.json'))
# Check that cmd_states database can be read. Skip if not, probably
# running test on a platform without access.
try:
mdl._get_cmd_states()
except:
pytest.skip('No commanded states access - '
'cannot run DPA model with real states')
mdl.make()
mdl.calc()
dpa = mdl.comp['1dpamzt']
reffile = abs_path('dpa_remove_pow.npz')
if not os.path.exists(reffile):
print('Writing reference file', reffile)
np.savez(reffile, times=mdl.times, dvals=dpa.dvals,
mvals=dpa.mvals)
regr = np.load(reffile)
assert np.allclose(mdl.times, regr['times'])
assert np.allclose(dpa.dvals, regr['dvals'])
assert np.allclose(dpa.mvals, regr['mvals'])
