Vax dedup

emodpy_typhoid/interventions/typhoid_vaccine.py

@@ -26,7 +26,6 @@ def new_intervention( camp, efficacy=0.82, mode="Shedding", constant_period=0, d
          decay_constant (float, optional): The decay time constant for the waning effect. Default is 6935.0.
          expected_expiration (float, optional): The mean duration before efficacy becomes 0. If this is set to non-zero value, the constant_period and decay_constant are ignored. These are two different modes of waning.
 
-
      Returns:
          TyphoidVaccine: A fully configured instance of the TyphoidVaccine intervention with the specified parameters.
      """
@@ -36,9 +35,10 @@ def new_intervention( camp, efficacy=0.82, mode="Shedding", constant_period=0, d
     intervention.Mode = mode
     intervention.Changing_Effect = _get_waning( constant_period=constant_period, decay_constant=decay_constant, expected_expiration=expected_expiration ) 
     intervention.Changing_Effect.Initial_Effect = efficacy
+
     return intervention
 
-def new_vax( camp, efficacy=0.82, mode="Acquisition", constant_period=0, decay_constant=0, expected_expiration=0 ):
+def new_vax( camp, efficacy=0.82, mode="Acquisition", constant_period=0, decay_constant=0, expected_expiration=0, deduplication_policy="replace" ):
     """
      Create a new 'SimpleVaccine' intervention with specified parameters. If you use this function directly, you'll need to distribute the intervention with a function like ScheduledCampaignEvent or TriggeredCampaignEvent from emod_api.interventions.common.
 
@@ -49,6 +49,7 @@ def new_vax( camp, efficacy=0.82, mode="Acquisition", constant_period=0, decay_c
          constant_period (float, optional): The constant period of the waning effect in days. Default is 0.
          decay_constant (float, optional): The decay time constant for the waning effect. Default is 6935.0.
          expected_expiration (float, optional): The mean duration before efficacy becomes 0. If this is set to non-zero value, the constant_period and decay_constant are ignored. These are two different modes of waning.
+         deduplication_policy (string,optional): "replace" (default) or "combine". If giving vax to someone who already has one, based on Intervention_Name which defaults to intervention classname ("SimpleVaccine"), "replace" will purge the existing one, and "combine" will add the new one without replacement, and rely on code and configuration to calculate the combinatorix. If using "combine", make sure you _know_ the combinatorix.
 
      Returns:
          SimpleVaccine: A fully configured instance of the SimpleVaccine intervention with the specified parameters.
@@ -64,6 +65,16 @@ def new_vax( camp, efficacy=0.82, mode="Acquisition", constant_period=0, decay_c
     else:
         raise ValueError( f"mode {mode} not recognized. Options are: 'Acquisition', 'Transmission', or 'All'." )
 
+    # replace: DAD=1, EIR=1
+    # combine: DAD=1, EIR=0
+    intervention.Dont_Allow_Duplicates = 1
+    if deduplication_policy == "replace":
+        intervention.Enable_Intervention_Replacement = 1
+    elif deduplication_policy == "combine":
+        intervention.Enable_Intervention_Replacement = 0
+    else:
+        raise ValueError( f"deduplication_policy needs to be 'replace' or 'combine', not '{duplication_policy}'." )
+
     intervention.Waning_Config = _get_waning( constant_period=constant_period, decay_constant=decay_constant, expected_expiration=expected_expiration ) 
     intervention.Waning_Config.Initial_Effect = efficacy
     return intervention

examples/future_campaign/multi_sweep.py

@@ -94,14 +94,14 @@ def add_historical_vax( camp, ria_coverage=0.75, camp_coverage=0.75, efficacy=0.
         ria = tv.new_routine_immunization(camp,
                                           efficacy=efficacy,
                                           constant_period=0,
-                                          expected_expiration=expiration,
-                                          #decay_constant=values['decay_constant'],
+                                          #expected_expiration=expiration,
+                                          decay_constant=expiration,
                                           start_day=year_to_days(CAMP_START_YEAR),
                                           coverage=ria_coverage)
         tv_iv = tv.new_vax(camp,
                            efficacy=efficacy,
-                           expected_expiration=expiration,
-                           #decay_constant=values['decay_constant'],
+                           #expected_expiration=expiration,
+                           decay_constant=expiration,
                            constant_period=0)
 
         notification_iv = comm.BroadcastEvent(camp, "VaccineDistributed")
@@ -113,7 +113,7 @@ def add_historical_vax( camp, ria_coverage=0.75, camp_coverage=0.75, efficacy=0.
                                                         Demographic_Coverage=camp_coverage,
                                                         Target_Age_Min=0.75,
                                                         Target_Age_Max=15
-                                                        )
+                                                       )
         camp.add(one_time_campaign)
 
     #add_historical_vax( camp )
@@ -150,7 +150,12 @@ def add_vax_intervention(campaign, values, min_age=0.75, max_age=15, binary_immu
     import emodpy_typhoid.interventions.typhoid_vaccine as tv
     print(f"Telling emod-api to use {manifest.schema_file} as schema.")
     campaign.set_schema(manifest.schema_file)
-    camp_coverage = values['coverage']
+    for key in values.keys():
+        if 'coverage' in key:
+            camp_coverage = values[key]
+            break
+        else:
+            camp_coverage = values['coverage_camp']
 
     if binary_immunity:
         tv_iv = tv.new_vax(campaign,
@@ -164,6 +169,12 @@ def add_vax_intervention(campaign, values, min_age=0.75, max_age=15, binary_immu
                        constant_period=0)
 
     notification_iv = comm.BroadcastEvent(campaign, "VaccineDistributed")
+    # NOTE: the order of interventions in Intervention_List matters. This is because multiple
+    # interventions are delivered using a MultiInterventionDistributor intervention and de-duplication
+    # operates on Intervention_Name, so that when we try to distribute this intervention 'package',
+    # the model looks at the name of the existing intervention, which is the vax, and the name of the
+    # 'package' here, which would be MultiInterventionDistributor. But there is code in emod_api which
+    # sets the MID name to the name of the first intervention in the list, which here will be SimpleVaccine.
     one_time_campaign = comm.ScheduledCampaignEvent(campaign,
                                                     Start_Day=year_to_days(FWD_CAMP_START_YEAR),
                                                     Intervention_List=[tv_iv, notification_iv],
@@ -286,15 +297,26 @@ def get_sweep_list_duration():
             sweep_list.append({'start_day_offset': c[0], 'efficacy': c[1], 'coverage': c[2], 'decay_constant': c[3]})
         return sweep_list
 
+    def get_sweep_list_just_one():
+        start_day_offset = [1]
+        vax_effs = [1]
+        decay = [3000]
+        cov = [0.75]
+        combinations = list(itertools.product(start_day_offset, vax_effs, cov, decay))
+        sweep_list = []
+        for c in combinations:
+            sweep_list.append({'start_day_offset': c[0], 'efficacy': c[1], 'coverage_camp': c[2], 'decay_constant': c[3]})
+        return sweep_list
+
     def get_sweep_list_from_csv():
         # This is wrong. Just load rows. Code is recreating. But have to stop work for now.
         import pandas as pd
         df = pd.load_csv( manifest.sweep_config )
         raise NotImplemented( "get_sweep_list_from_csv" )
 
     def get_config_sweep_list():
-        tac = [ 13435, 15320 ]
-        tel = [ 5.0, 7.0 ]
+        tac = [ 13435 ]
+        tel = [ 7.0 ]
         combinations = list(itertools.product(tac, tel))
         sweep_list = []
         for c in combinations:
@@ -307,7 +329,8 @@ def get_config_sweep_list():
             "Coverage": get_sweep_list_coverage,
             "Coverage_RIA": get_sweep_list_coverage_ria,
             "Coverage_Camp": get_sweep_list_coverage_camp,
-            "Vax_Duration": get_sweep_list_duration
+            "Vax_Duration": get_sweep_list_duration,
+            "Just_One": get_sweep_list_just_one
             }
 
     if sweep_choice not in sweep_selections.keys():
@@ -319,10 +342,7 @@ def get_config_sweep_list():
     else:
         avi_age_coverage = partial( add_vax_intervention, min_age=0, max_age=125 )
 
-    if binary_immunity:
-        avi_decay = partial( avi_age_coverage, binary_immunity=True )
-    else:
-        avi_decay = partial( avi_age_coverage, binary_immunity=False )
+    avi_decay = partial( avi_age_coverage, binary_immunity=binary_immunity )
 
     builders = get_sweep_builders(sweep_list, get_config_sweep_list(), add_vax_fn=avi_decay)
 
@@ -344,4 +364,4 @@ def get_config_sweep_list():
     dtk.setup(manifest.model_dl_dir)
 
     import sys
-    run( sys.argv[1] if len(sys.argv)>1 else "Efficacy" )
+    run( sys.argv[1] if len(sys.argv)>1 else "Just_One", binary_immunity=False )

examples/future_campaign/requirements.txt

@@ -2,4 +2,4 @@
 emodpy-typhoid==0.0.6.dev0
 emodpy==1.22.0.dev3
 emod-api==1.31.0.dev1
-emod-typhoid==0.0.4.dev5
+emod-typhoid==0.0.4.dev7