Account for sub-federal appliance regulations.

Create and process new input data (./scout/supporting_data/sub_fed/state_appl_regs.csv) to represent the effects of state-level or other sub-federal regulations on the use of certain appliances (e.g., fossil-based appliances) for certain market segments, beginning in certain years.

The restrictions are reflected in compete_measures() as adjustments to the years a competing measure is allowed on the market (when the measure’s market is 100% restricted) or as a downward adjustment to its market share (when the measure’s market is partially restricted).

Addresses issue #409.

Author: jtlangevin

scout/run.py

@@ -592,6 +592,64 @@ def __init__(self, handyvars, name):
         self.markets[adopt_scheme][
             "mseg_out_break"]["stock"] = {
                 key: copy.deepcopy(out_break_in) for key in ["baseline", "efficient"]}
+=======
+        # Import/finalize input data on sub-federal regulations on certain types of appliances
+        self.import_state_regs(handyfiles)
+
+    def import_state_regs(self, handyfiles):
+        """Import and further prepare sub-federal appliance regulation data.
+
+        Args:
+            handyfiles (object): File paths.
+        """
+
+        # Try importing sub-federal appliance regulation data; if not available,
+        # set to empty list
+        try:
+            state_regs_dat = pd.read_csv(handyfiles.state_appl_regs)
+            # Initialize regulated segments list
+            self.state_appl_reg_segs = []
+            for index, row in state_regs_dat.iterrows():
+                # Set applicable state(s), building type(s), building vintage(s), fuel type(s).
+                # end use(s), and tech(s)
+                state, bldg, vint, fuel, eu, tech = [
+                    [x.strip()] if "," not in x else [y.strip() for y in x.split(",")]
+                    for x in row.values[1:-3]]
+                # Set start year and applicability fraction
+                yr, frac = [[row.values[-3]], [row.values[-2]]]
+                # Check for bundle of U.S. Climate Alliance (UCSA) states
+                if len(state) == 1 and state[0].lower() == "usca":
+                    state = ["AZ", "CA", "CO", "CT", "DE", "HI", "IL", "ME", "MD", "MA", "MI",
+                             "MN", "NJ", "NM", "NY", "NC", "OR", "PA", "RI", "VT", "WA", "WI"]
+                # Fill out 'all' entries across building type categories when present
+                for b_ind, b in enumerate(bldg):
+                    if b == "all residential":
+                        bldg.extend(["single family home", "multi family home", "mobile home"])
+                        # Remove original 'all' entry
+                        bldg.remove(bldg[b_ind])
+                    elif b == "all commercial":
+                        bldg.extend(["assembly", "education", "food sales", "food service",
+                                     "health care", "lodging", "large office", "small office",
+                                     "mercantile/service", "warehouse", "other", "unspecified"])
+                        # Remove original 'all' entry
+                        bldg.remove(bldg[b_ind])
+                # Fill out 'all' entries for building vintage
+                if len(vint) == 1 and vint[0] == "all":
+                    vint = ["new", "existing"]
+                # Fill out 'all' entries for fuel type
+                if len(fuel) == 1 and fuel[0] == "all fossil":
+                    fuel = ["natural gas", "distillate", "other fuel"]
+                # Fill out 'all' entries for end use
+                if len(eu) == 1 and eu[0] == "all fossil":
+                    eu = ["heating", "water heating", "cooking", "drying"]
+                # Put final data together into a list
+                mseg_params = [x for x in [state, bldg, vint, fuel, eu, tech, yr, frac]]
+                # Put all combinations of the list elements into unique rows
+                self.state_appl_reg_segs.extend(list(itertools.product(*mseg_params)))
+        except FileNotFoundError:
+            # Set regulated segments list to empty
+            self.state_appl_reg_segs = []
+>>>>>>> 6062783 (Account for sub-federal appliance regulations.)
 
 
 class Measure(object):
@@ -2302,8 +2360,7 @@ def state_app_reg_screen(self, measures_adj, stk_cost_dat_keys):
         """
 
         # Look for any state (or local)-level appliance restrictions on the current microsegment
-        state_appl_regs = (
-            self.handyvars.state_appl_regs is not None and len(self.handyvars.state_appl_regs) != 0)
+        state_appl_regs = (len(self.handyvars.state_appl_reg_segs) != 0)
         if state_appl_regs:
             # Separate out components of the mseg information; use mseg information that accounts
             # for any links/dependencies between mseg and other msegs the measure applies to (

scout/supporting_data/sub_fed/state_appl_regs.csv

@@ -0,0 +1,4 @@
+Description,State(s),Building Type(s),Building Vintage(s),Fuel Type(s),End Use(s),Tech(s),Start Year,Applicable Fraction,Fraction Notes
+Emissions standards effectively rule out new sales of fossil-based heating and water heating equipment starting in 2030. https://ww2.arb.ca.gov/our-work/programs/building-decarbonization/zero-emission-space-and-water-heater-standards/faq,CA,all residential,all,all fossil,"heating, water heating",all,2030,1,NA
+"Gas ban for new construction, starting in different years for large vs. small buildings. https://nyassembly.gov/leg/?default_fld=&leg_video=&bn=A03006&term=&Summary=Y&Text=Y",NY,"single family home, mobile home",new,"natural gas, distillate, other fuel","heating, water heating, cooking, drying",all,2026,1,NA
+"Gas ban for new construction, starting in different years for large vs. small buildings. https://nyassembly.gov/leg/?default_fld=&leg_video=&bn=A03006&term=&Summary=Y&Text=Y",NY,"all commercial, multi family home",new,"natural gas, distillate, other fuel","heating, water heating",all,2029,1,NA