Made new inputs for HALEU transition analysis

input/haleu/README.rst

@@ -14,9 +14,14 @@ for LWR fuel cycle, and the deployment times for the LWRs. These
 files and the |Cyclus| input files are generated by running 
 ``/transition-scenarios/scripts/create_input.py``.
 
+Definitions for each advanced reactor and the corresponding recipes
+is in ``inputs/united_states/reactors/'' and ``inputs/united_states/recipes'', 
+respectively. Each of the necessary files are read into the ``.xml'' files 
+in ``inputs/'' when |Cyclus| is run. 
+
 Analysis:
 =========
-The analysis directory contains a jupyter notebook (``analysis/scenario_data_analysis.ipynb``)
+The analysis directory contains a jupyter notebook (``analysis/initial_analysis.ipynb``)
 to calculate and compare resource requirements of each fuel cycle 
 scenario simulated. All of the figures created in the jupyter notebook
 are saved in the ``figures/`` directory. 

input/haleu/analysis/df_to_csv.py

@@ -3,7 +3,25 @@
 import cymetric as cm
 import transition_metrics as tm
 
-outfile = '../outputs/xe100_1percent.sqlite'
 
-transactions = tm.add_receiver_prototype(outfile)
-transactions.to_csv('xe_1percent_transactions.csv')
+def loop_over_scenarios():
+    reactors = ['xe100', 'mmr']
+    scenarios = ['nogrowth', '1percent']
+
+    for reactor in reactors:
+        for scenario in scenarios:
+            outfile = f'../outputs/{reactor}_{scenario}.sqlite'
+
+            transactions = tm.add_receiver_prototype(outfile)
+            transactions.to_csv(f'{reactor}_{scenario}_transactions.csv')
+
+
+def single_scenario():
+    scenario = 'current'
+    outfile = f'../outputs/united_states_2020.sqlite'
+    transactions = tm.add_receiver_prototype(outfile)
+    transactions.to_csv(f'{scenario}_transactions.csv')
+
+
+if __name__ == '__main__':
+    single_scenario()