mpox_30to110-2-0.75-1-0to-30-2.py

import networkx as nx
import random
import collections
import numpy as np
import pandas as pd
import itertools
import sys

import mpox_utils 

from mpox_utils import *


# Get same list of random seeds each time
random.seed(1)
rand_seeds = random.sample(range(1000000), k = 1000)

# Get random seed for this array number
seed_num = int(sys.argv[1])
print("SEED")
print(seed_num)
seed = rand_seeds[seed_num]

# set seeds for simulation
random.seed(seed)
np.random.seed(seed)

date = sys.argv[2]

# Get other arguments
#sim_name = '/output/mpox_baseline'
N = 10000
n_initial= 10
p_infect = 0.9
steps = 250
intervention_start = list(range(30,120,10))
behavior_change = 2
isolation = 1
behavior_change_perc = 0.75
vax_scenario = 2
vax_delay = [0,-5,-10,-15,-20,-25,-30, -365, -730]

sim_string = '30to110' + '-' + str(behavior_change) + '-' + str(behavior_change_perc) + \
          '-' + str(isolation) + '-' + '0to-30' + '-' + str(vax_scenario)

rstar_list = [7,14,21,28,35,42,49,56,63,70,77,84,91,98,105]

final_infection = np.zeros((len(vax_delay)*len(intervention_start),steps+2))
all_repro = np.zeros((len(vax_delay)*len(intervention_start),len(rstar_list)+3))

for d in range(len(vax_delay)):
    for s in range(len(intervention_start)):
        E_out, I_out, R_out, infection_tracker = simulate(N, n_initial, p_infect, steps, intervention_start[s], behavior_change, 
                 isolation, behavior_change_perc, vax_scenario, vax_delay[d], daily_num_FD, daily_num_SD)

        total_infection = [x+y+z for x,y,z in zip(E_out, I_out, R_out)]
        ti = total_infection + [total_infection[-1]]*(steps - len(total_infection))

        # Final infected
        row_num = d*len(intervention_start) + s
        final_infection[row_num,:] = [intervention_start[s], vax_delay[d]] + ti
        
        repro_num = np.zeros(len(rstar_list)+1)
        # R0
        initial_infections = np.where(infection_tracker[:,0] == -1)[0].tolist()
        secondary_infections = np.where(np.isin(infection_tracker[:,0],initial_infections))[0].tolist()
        repro_num[0] = len(secondary_infections)/len(initial_infections)

        #Rstar
        for star in range(len(rstar_list)):
            infectious = np.where((infection_tracker[:,1] < rstar_list[star]) & (infection_tracker[:,2] > (rstar_list[star]-7)))[0].tolist()
            infected = np.where(np.isin(infection_tracker[:,0], infectious))[0].tolist()
            print("Rstar date: ", rstar_list[star])
            print("Number people infectious: ", len(infectious))
            print("Number of people infected by them: ", len(infected))
            if len(infectious) > 0:
                repro_num[star+1] = len(infected)/len(infectious)
            else: 
                repro_num[star+1] = 0
            
        all_repro[row_num,:] = [intervention_start[s], vax_delay[d]] + list(repro_num)
        
# Write to file
df = pd.DataFrame(final_infection)
df2 = pd.DataFrame(all_repro)


df.to_csv('output/' + sim_string + '/mpox_' + sim_string + '_' + str(seed_num) + '_' + str(date)+'.csv', index=False)
df2.to_csv('output/' + sim_string + '/rstar_' + sim_string + '_' + str(seed_num) + '_' + str(date)+'.csv', index=False)