)
print("Finished simulating!")
from src.analysis.helpers import *
logK, logK_sigma, beta, covid_index_offset, _ = load_covid_index(start_date)
fraction, fraction_sigma, fraction_offset, _ = load_b117_fraction()
for subset in [{"contact_matrices_name": "2021_fase1"}]:
print(subset)
# Load the ABM simulations
abm_files = file_loaders.ABM_simulations(base_dir="Output/ABM",
subset=subset,
verbose=True)
lls_f = []
lls_s = []
for cfg in tqdm(abm_files.iter_cfgs(),
desc="Calculating log-likelihoods",
total=len(abm_files.cfgs)):
ll_f = []
ll_s = []
for filename in abm_files.cfg_to_filenames(cfg):
# Load
# axes[1].plot([1,100],[RS[1],RS[1]])
i += 1
#axes[1].legend()
return fig, axes, fi_list, pc_list,name_list
rc_params.set_rc_params()
#%%
reload(plot)
reload(file_loaders)
abm_files = file_loaders.ABM_simulations(verbose=True)
network_files = file_loaders.ABM_simulations(base_dir="Data/network", filetype="hdf5")
pdf_name = Path(f"Figures/data_anal.pdf")
utils.make_sure_folder_exist(pdf_name)
with PdfPages(pdf_name) as pdf:
fi_list = []
pc_list = []
name_list = []
# for ABM_parameter in tqdm(abm_files.keys, desc="Plotting individual ABM parameters"):
for cfg in tqdm(
abm_files.iter_cfgs(),
desc="Plotting individual ABM parameters",
total=len(abm_files.cfgs),
):
# break
