def test_utci():
data_test_adaptive_ashrae = [ # I have commented the lines of code that don't pass the test
{'tdb': 25, 'tr': 27, 'rh': 50, 'v': 1, 'return': {'utci': 25.2}},
{'tdb': 19, 'tr': 24, 'rh': 50, 'v': 1, 'return': {'utci': 20.0}},
{'tdb': 19, 'tr': 14, 'rh': 50, 'v': 1, 'return': {'utci': 16.8}},
{'tdb': 27, 'tr': 22, 'rh': 50, 'v': 1, 'return': {'utci': 25.5}},
{'tdb': 27, 'tr': 22, 'rh': 50, 'v': 10, 'return': {'utci': 20.0}},
{'tdb': 27, 'tr': 22, 'rh': 50, 'v': 16, 'return': {'utci': 15.8}},
]
for row in data_test_adaptive_ashrae:
assert (utci(row['tdb'], row['tr'], row['v'], row['rh'])) == row['return'][list(row['return'].keys())[0]]
assert (utci(tdb=77, tr=77, v=3.28, rh=50, units='ip')) == 76.4
from pythermalcomfort.models import utci
import numpy as np
utci_val = utci(tdb=29, tr=30, v=1, rh=60)
print(utci_val)
utci_val = utci(tdb=29, tr=30, v=2, rh=60)
print(utci_val)
utci_val = utci(tdb=77, tr=77, v=6.56168, rh=60, units="IP")
print(utci_val)
# numpy examples
utci_val = utci(
tdb=np.array([29, 29, 25]),
tr=np.array([30, 30, 25]),
v=np.array([1, 2, 1]),
rh=np.array([60, 60, 50]),
)
print(utci_val)
utci_val = utci(
tdb=np.array([29, 29, 25]),
tr=np.array([30, 30, 25]),
v=np.array([1, 2, 1]),
rh=np.array([60, 60, 50]),
return_stress_category=True,
)
print(utci_val)
def test_utci():
data_test_adaptive_ashrae = (
[ # I have commented the lines of code that don't pass the test
{
"tdb": 25,
"tr": 27,
"rh": 50,
"v": 1,
"return": {
"utci": 25.2
}
},
{
"tdb": 19,
"tr": 24,
"rh": 50,
"v": 1,
"return": {
"utci": 20.0
}
},
{
"tdb": 19,
"tr": 14,
"rh": 50,
"v": 1,
"return": {
"utci": 16.8
}
},
{
"tdb": 27,
"tr": 22,
"rh": 50,
"v": 1,
"return": {
"utci": 25.5
}
},
{
"tdb": 27,
"tr": 22,
"rh": 50,
"v": 10,
"return": {
"utci": 20.0
}
},
{
"tdb": 27,
"tr": 22,
"rh": 50,
"v": 16,
"return": {
"utci": 15.8
}
},
])
for row in data_test_adaptive_ashrae:
assert (utci(row["tdb"], row["tr"], row["v"],
row["rh"])) == row["return"][list(
row["return"].keys())[0]]
assert (utci(tdb=77, tr=77, v=3.28, rh=50, units="ip")) == 76.4
assert (utci(tdb=25,
tr=27,
v=1,
rh=50,
units="si",
return_stress_category=True)) == {
"utci": 25.2,
"stress_category": "no thermal stress"
}
assert (utci(tdb=25,
tr=25,
v=1,
rh=50,
units="si",
return_stress_category=True)) == {
"utci": 24.6,
"stress_category": "no thermal stress"
}
from pythermalcomfort.models import utci utci_val = utci(tdb=29, tr=30, v=1, rh=60) print(utci_val) utci_val = utci(tdb=29, tr=30, v=2, rh=60) print(utci_val) utci_val = utci(tdb=77, tr=77, v=6.56168, rh=60, units='IP') print(utci_val)