def test_thermal_condition_check():
"""Test the thermal condition check on AdaptiveParameter."""
comf_result = adaptive_comfort_ashrae55(24, 28)
adaptive_par = AdaptiveParameter()
condition_test = adaptive_par.thermal_condition(comf_result)
assert condition_test == 1
comf_result = adaptive_comfort_ashrae55(24, 28)
adaptive_par = AdaptiveParameter()
condition_test = adaptive_par.thermal_condition(comf_result, 3)
assert condition_test == 0
def test_comfort_check():
"""Test comfort check on AdaptiveParameter."""
comf_result = adaptive_comfort_ashrae55(24, 28)
adaptive_par = AdaptiveParameter()
comf_test = adaptive_par.is_comfortable(comf_result)
assert comf_test == 0
comf_result = adaptive_comfort_ashrae55(24, 28)
adaptive_par = AdaptiveParameter()
comf_test = adaptive_par.is_comfortable(comf_result, 3)
assert comf_test == 1
def test_adaptive_comfort_ashrae55():
"""Test the adaptive_comfort_ashrae55 function"""
# test typical condition
comf_result = adaptive_comfort_ashrae55(22, 25)
assert comf_result['to'] == 25
assert comf_result['t_comf'] == pytest.approx(24.62, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(0.3799, rel=1e-2)
assert comf_result['deg_comf'] == comf_result['to'] - comf_result['t_comf']
# test a cooler outdoor case
comf_result = adaptive_comfort_ashrae55(16, 25)
assert comf_result['to'] == 25
assert comf_result['t_comf'] == pytest.approx(22.76, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(2.23999, rel=1e-2)
assert comf_result['deg_comf'] == comf_result['to'] - comf_result['t_comf']
# test a very cold outdoor case
comf_result = adaptive_comfort_ashrae55(5, 23)
assert comf_result['to'] == 23
assert comf_result['t_comf'] == pytest.approx(20.900, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(2.0999, rel=1e-2)
# testa a very hot outdoor case
comf_result = adaptive_comfort_ashrae55(35, 28)
assert comf_result['to'] == 28
assert comf_result['t_comf'] == pytest.approx(28.185, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(-0.185, rel=1e-2)
# test a fully conditioned case
comf_result = adaptive_comfort_conditioned(24, 23, 1, 'ASHRAE-55')
assert comf_result['to'] == 23
assert comf_result['t_comf'] == pytest.approx(24.76, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(-1.76, rel=1e-2)
# test a partially conditioned case
comf_result = adaptive_comfort_conditioned(24, 23, 0.5, 'ASHRAE-55')
assert comf_result['to'] == 23
assert comf_result['t_comf'] == pytest.approx(25.0, rel=1e-2)
assert comf_result['deg_comf'] == pytest.approx(-2.0, rel=1e-2)
# test a air speed cooling effect function
assert cooling_effect_ashrae55(1.5, 26) == 2.2
assert cooling_effect_ashrae55(1.0, 26) == 1.8
assert cooling_effect_ashrae55(0.7, 26) == 1.2
input_list = [_out_temp, _air_temp, _mrt_, _air_speed_]
input, data_colls = extract_collections(input_list)
adapt_par = adapt_par_ or AdaptiveParameter()
if data_colls == []:
# The inputs are all individual values.
prevail_temp = input[0]
to = t_operative(input[1], float(input[2]))
# Determine the ralationship to the neutral temperature
if adapt_par.conditioning != 0:
comf_result = adaptive_comfort_conditioned(prevail_temp, to,
adapt_par.conditioning,
adapt_par.standard)
elif adapt_par.ashrae55_or_en15251 is True:
comf_result = adaptive_comfort_ashrae55(prevail_temp, to)
else:
comf_result = adaptive_comfort_en15251(prevail_temp, to)
# Determine the cooling effect
if adapt_par.discrete_or_continuous_air_speed is True:
ce = cooling_effect_ashrae55(input[3], to)
else:
ce = cooling_effect_en15251(input[3], to)
# Output results
neutral_temp = comf_result['t_comf']
deg_neutral = comf_result['deg_comf']
comfort = adapt_par.is_comfortable(comf_result, ce)
condition = adapt_par.thermal_condition(comf_result, ce)
else: