explore scens
@@ -11,8 +11,19 @@ sc.heading('Setting up...')
sc.tic()
-# Whether or not to run!
+# Specify what to run!
do_run = 1
+scenarios = {
+ 'baseline': 'Status quo',
+# 'sq2wks': 'Status quo, schools reopen in 2 weeks',
+# 'distance': 'Social distancing',
+# '2wks': 'Social distancing, schools reopen in 2 weeks',
+# '20wks': 'Social distancing, schools reopen in 20 weeks',
+ 'isolatepos80': 'Isolate positives (80% effective)',
+ '2xtests': 'Double testing efforts (untargeted), isolate positives',
+ 'tracing': 'Trace, test, and isolate all contacts of positives',
+}
+
# Other options
do_save = 1
@@ -37,13 +48,6 @@ fig_path = f'{basename}.png'
obj_path = f'{basename}.obj'
-scenarios = {
- 'baseline': 'Status quo',
- 'sq2wks': 'Status quo, schools reopen in 2 weeks',
- 'distance': 'Social distancing',
- '2wks': 'Social distancing, schools reopen in 2 weeks',
- '20wks': 'Social distancing, schools reopen in 20 weeks',
-}
# If we're rerunning...
if do_run:
@@ -75,10 +79,10 @@ if do_run:
scen_sim['interv_days'] = [interv_day, interv_day+2*7] # Close schools for 2 weeks starting Mar. 16, then reopen
scen_sim['interv_effs'] = [0.4, 0.7/0.4] # Change to 40% and then back to 70%
elif scenkey == '8wks':
- scen_sim['interv_days'] = [interv_day, interv_day+8*7] # Close schools for 2 weeks starting Mar. 16, then reopen
+ scen_sim['interv_days'] = [interv_day, interv_day+8*7] # Close schools for 8 weeks starting Mar. 16, then reopen
scen_sim['interv_effs'] = [0.4, 0.7/0.4] # Change to 40% and then back to 70%
elif scenkey == '20wks':
- scen_sim['interv_days'] = [interv_day, interv_day+20*7] # Close schools for 2 weeks starting Mar. 16, then reopen
+ scen_sim['interv_days'] = [interv_day, interv_day+20*7] # Close schools for 20 weeks starting Mar. 16, then reopen
scen_sim['interv_effs'] = [0.4, 0.7/0.4] # Change to 40% and then back to 70%
