try:
copy2(case_input_path_filename, output_folder)
except:
print(
'case input file ' + case_input_path_filename +
' not copied. Perhaps it does not exist. Perhaps it is open and cannot be overwritten.'
)
# -----------------------------------------------------------------------------
print('Simple_Energy_Model: Executing core model loop')
core_model_loop(global_dic, case_dic_list)
print('Simple_Energy_Model: Saving basic results')
# Note that results for individual cases are output from core_model_loop
save_basic_results(global_dic, case_dic_list)
# -----------------------------------------------------------------------------
# copy the Gurobi log file to the output folder
# The Verbose field in SOLVE function in CORE_MODEL.PY determined if a gurobi.log is generated.
# delete the gurobi log to eliminate cumulations from previous runs.
if os.path.exists("./gurobi.log"):
copy2("./gurobi.log", output_folder)
try:
os.remove("./gurobi.log")
except:
print('gurboi.log not erased')
# -----------------------------------------------------------------------------
output_folder = global_dic['OUTPUT_PATH'] + '/' + global_dic['GLOBAL_NAME']
if not os.path.exists(output_folder):
os.makedirs(output_folder)
copy2(case_input_path_filename, output_folder)
# -----------------------------------------------------------------------------
print('Simple_Energy_Model: Executing core model loop')
core_model_loop(global_dic, case_dic_list)
print('Simple_Energy_Model: Saving basic results')
# Note that results for individual cases are output from core_model_loop
scalar_names, scalar_table = save_basic_results(global_dic, case_dic_list)
# -----------------------------------------------------------------------------
# copy the Gurobi log file to the output folder
# The Verbose field in SOLVE function in CORE_MODEL.PY determined if a gurobi.log is generated.
# delete the gurobi log to eliminate cumulations from previous runs.
if os.path.exists("./gurobi.log"):
copy2("./gurobi.log", output_folder)
os.remove("./gurobi.log")
# -----------------------------------------------------------------------------
if global_dic['POSTPROCESS']:
print('Simple_Energy_Model: Post-processing results')
# 'nate2_battery',
# 'nate2_solar'
# 'test_bat'
# 'test3'
]
# =============================================================================
for case_switch in case_list:
file_info, time_series, assumption_list = preprocess_input(
root_directory,
case_switch,
hour_simulation_start,
hours_of_simulation,
verbose
)
result_list = core_model_loop (
time_series,
assumption_list,
verbose
)
scalar_names,scalar_table = save_basic_results(
file_info,
time_series,
assumption_list,
result_list,
verbose)
if switch_postprocess == True:
post_process(file_info)
case_dic,tech_list = preprocess_input(case_input_path_filename)
# -----------------------------------------------------------------------------
# copy the input data file to the output folder
output_folder = case_dic['output_path'] + '/' + case_dic['case_name']
if not os.path.exists(output_folder):
os.makedirs(output_folder)
try:
copy2(case_input_path_filename, output_folder)
except:
print ('case input file '+case_input_path_filename+' not copied. Perhaps it does not exist. Perhaps it is open and cannot be overwritten.')
# -----------------------------------------------------------------------------
print ('Macro_Energy_Model: Executing core model')
#global_results_dic, decision_dic_list = core_model (case_dic, tech_list)
constraint_list,cvxpy_constraints,cvxpy_prob,cvxpy_capacity_dic,cvxpy_dispatch_dic = core_model (case_dic, tech_list)
# constraints,prob,capacity_dic,dispatch_dic = extract_cvxpy_output(cvxpy_constraints,cvxpy_prob,cvxpy_capacity_dic,cvxpy_dispatch_dic )
prob_dic,capacity_dic,dispatch_dic = extract_cvxpy_output(case_dic,tech_list,constraint_list,
cvxpy_constraints,cvxpy_prob,cvxpy_capacity_dic,cvxpy_dispatch_dic )
print ('Simple_Energy_Model: Saving basic results')
# Note that results for individual cases are output from core_model_loop
case,tech,time = save_basic_results(case_dic, tech_list, cvxpy_constraints,prob_dic,capacity_dic,dispatch_dic)