def test_LocalizedPVSystem___repr__():
localized_system = pvsystem.LocalizedPVSystem(
latitude=32,
longitude=-111,
module='blah',
inverter='blarg',
name='my name',
temperature_model_parameters={'a': -3.56})
expected = """LocalizedPVSystem:
name: my name
latitude: 32
longitude: -111
altitude: 0
tz: UTC
surface_tilt: 0
surface_azimuth: 180
module: blah
inverter: blarg
albedo: 0.25
racking_model: None
module_type: None
temperature_model_parameters: {'a': -3.56}"""
assert localized_system.__repr__() == expected
def test_LocalizedPVSystem___repr__():
localized_system = pvsystem.LocalizedPVSystem(latitude=32,
longitude=-111,
module='blah',
inverter='blarg',
name='my name')
expected = 'LocalizedPVSystem: \n name: my name\n latitude: 32\n longitude: -111\n altitude: 0\n tz: UTC\n surface_tilt: 0\n surface_azimuth: 180\n module: blah\n inverter: blarg\n albedo: 0.25\n racking_model: open_rack_cell_glassback'
assert localized_system.__repr__() == expected
def test_LocalizedPVSystem_creation():
localized_system = pvsystem.LocalizedPVSystem(latitude=32,
longitude=-111,
module='blah',
inverter='blarg')
assert localized_system.module == 'blah'
assert localized_system.inverter == 'blarg'
assert localized_system.latitude == 32
assert localized_system.longitude == -111
def test_LocalizedPVSystem___repr__():
localized_system = pvsystem.LocalizedPVSystem(latitude=32,
longitude=-111,
module='blah',
inverter='blarg')
assert localized_system.__repr__() == (
'LocalizedPVSystem with tilt:0 and' +
' azimuth: 180 with Module: blah and Inverter: blarg at Latitude: 32 '
+ 'and Longitude: -111')
