Coverage for robust/solar_model/write_to_file.py : 0%

import gassolar.solar.solar as solar_mike 

model = solar_mike.Mission(latitude=11) 

model.cost = model["W_{total}"] 

solution = model.solve() 

free_vars = solution['freevariables'] 

subs_vars = solution['constants'] 

model_freevars = {} 

model_subsvars = {} 

for var in free_vars: 

string = '' 

for item in var.key.models: 

string = string + item + "-" 

if string not in list(model_freevars.keys()): 

model_freevars[string] = {var: free_vars[var]} 

else: 

model_freevars[string].update({var: free_vars[var]}) 

for var in subs_vars: 

string = '' 

for item in var.key.models: 

string = string + item + "-" 

if string not in list(model_subsvars.keys()): 

model_subsvars[string] = {var: subs_vars[var]} 

else: 

model_subsvars[string].update({var: subs_vars[var]}) 

data_file = open("data/free_variables.txt", "w") 

for model in model_freevars: 

data_file.write(model + ": \n") 

for var in model_freevars[model]: 

data_file.write(' '*len(model) + var.key.name + ": " + var.key.label + "\n") 

data_file.write("\n") 

data_file.close() 

data_file = open("data/substitutions_variables.txt", "w") 

for model in model_subsvars: 

data_file.write(model + ": \n") 

for var in model_subsvars[model]: 

data_file.write(' '*len(model) + var.key.name + ": " + var.key.label + ": %s ---- %s \n" % (model_subsvars[model][var], var.key.value)) 

data_file.write("\n") 

data_file.close()