def test_FWindFarm(self):
fwf = FWindFarm(self.HR1.name, generate_GenericWindFarmTurbineLayout(self.HR1))
# Test that the two wind farms are identical
for i in ['name', 'nWT']:
self.assertEqual(getattr(fwf, i), getattr(self.HR1, i))
for i in ['name', 'nWT']:
self.assertEqual(getattr(fwf, i), getattr(self.HR1, i))
def test_FWindFarm(self):
fwf = FWindFarm(self.HR1.name,
generate_GenericWindFarmTurbineLayout(self.HR1))
# Test that the two wind farms are identical
for i in ['name', 'nWT']:
self.assertEqual(getattr(fwf, i), getattr(self.HR1, i))
for i in ['name', 'nWT']:
self.assertEqual(getattr(fwf, i), getattr(self.HR1, i))
def test_Run(self):
inputs = dict(WS=8.0,
z0=0.0001,
TI=0.05,
WD=270,
WF=self.HR1,
NG=4,
sup='lin',
pars=[0.5, 0.9, -0.124807893, 0.136821858, 15.6298, 1.0])
P_WT, U_WT, Ct = gcl.GCLarsen(**inputs)
fgcl = FGCLarsen()
# Setting the inputs
for k, v in rosetta.iteritems():
setattr(fgcl, v, inputs[k])
fgcl.wt_layout = generate_GenericWindFarmTurbineLayout(inputs['WF'])
fgcl.run()
np.testing.assert_almost_equal(P_WT, fgcl.wt_power)
np.testing.assert_almost_equal(U_WT, fgcl.wt_wind_speed)
def test_Run(self):
inputs = dict(
WS=8.0,
z0=0.0001,
TI=0.05,
WD=270,
WF=self.HR1,
NG=4,
sup='lin',
pars=[0.5,0.9,-0.124807893,0.136821858,15.6298,1.0])
P_WT,U_WT, Ct = gcl.GCLarsen(**inputs)
fgcl = FGCLarsen()
# Setting the inputs
for k,v in rosetta.iteritems():
setattr(fgcl, v, inputs[k])
fgcl.wt_layout = generate_GenericWindFarmTurbineLayout(inputs['WF'])
fgcl.run()
np.testing.assert_almost_equal(P_WT, fgcl.wt_power)
np.testing.assert_almost_equal(U_WT, fgcl.wt_wind_speed)
