On Linux, Chronix2Grid version 1.2.0.post1, Python 3.12.7
When running:
def compute_solar_pattern(params, solar_pattern, tol=0.0):
# ...
start_year = pd.to_datetime(str(params['start_date'].year) + '-01-01', format='%Y-%m-%d')
end_min = int(pd.Timedelta(params['end_date'] - start_year).total_seconds() // 60)
Nt_inter_hr = int(end_min // 60 + 1)
N_repet = int((Nt_inter_hr - 1) // len(solar_pattern) + 1)
stacked_solar_pattern = solar_pattern
for i in range(N_repet - 1):
stacked_solar_pattern = np.append(stacked_solar_pattern, solar_pattern)
# The time is in minutes
t_pattern = 60 * np.linspace(0, 8760 * N_repet, 8760 * N_repet, endpoint=False)
f2 = interp1d(t_pattern, stacked_solar_pattern, kind='cubic')
# f2 = interp1d(t_pattern, stacked_solar_pattern, kind='linear')
Nt_inter = int(params['T'] // params['dt'] + 1)
start_year = pd.to_datetime(str(params['start_date'].year) + '-01-01', format='%Y-%m-%d')
start_min = int(pd.Timedelta(params['start_date'] - start_year).total_seconds() // 60)
end_min = int(pd.Timedelta(params['end_date'] - start_year).total_seconds() // 60)
t_inter = np.linspace(start_min, end_min, Nt_inter, endpoint=True)
output = f2(t_inter) # >> ERROR HERE <<In the edge case where start_date is '2012-07-01' and end-date is '2012-07-02', the above code will throw the following Error on Scipy's inter1pd (i.e. the line output=f2(t_inter):
A value (525545.0) in x_new is above the interpolation range's maximum value (525540.0).
Solution:
Turn
N_repet = int((Nt_inter_hr - 1) // len(solar_pattern) + 1)
Into
N_repet = int((Nt_inter_hr) // len(solar_pattern) + 1)
On Linux, Chronix2Grid version 1.2.0.post1, Python 3.12.7
When running:
In the edge case where start_date is '2012-07-01' and end-date is '2012-07-02', the above code will throw the following Error on Scipy's inter1pd (i.e. the line output=f2(t_inter):
Solution:
Turn
Into