def dcopf(tc='default',solver='ipopt',neos=True,out=0):
"""
Solves DC optimal power flow problem
ARGUMENTS:
**tc** (*.xlsx file) - OATS test case. See OATS data format for details
**solver** (str) - name of a solver. Defualt is 'ipopt'
**neos** (bool) - If True, the problem is solved using NEOS otherwise using a localy install solver.
**out** (bool) - If True, the output is displayed on screen.
"""
if tc == 'default':
tc = default_testcase
#options
opt=({'neos':neos,\
'solver':solver,'out':out})
testcase = tc
model ='DCOPF'
# ==log==
logging.info("Solver selected: "+opt['solver'])
logging.info("Testcase selected: "+testcase)
logging.info("Model selected: "+model)
runcase(testcase,model,opt)
logging.info("Done!")
def model(model,tc='default',solver='cplex',neos=True,out=0):
"""
Solves a user defined model
ARGUMENTS:
**model** (*.py file) - A model file that describes the optimisation problem using PYOMO modelling language.
**tc** (*.xlsx file) - OATS test case. See OATS data format for details
**solver** (str) - name of a solver. Defualt is 'ipopt'
**neos** (bool) - If True, the problem is solved using NEOS otherwise using a localy install solver.
**out** (bool) - If True, the output is displayed on screen.
"""
if tc == 'default':
tc = default_testcase
#options
opt=({'neos':neos,\
'solver':solver,'out':out,'user_def_model':True})
testcase = tc
model =model
# ==log==
logging.info("Solver selected: "+opt['solver'])
logging.info("Testcase selected: "+testcase)
logging.info("Model selected: "+model)
runcase(testcase,model,opt)
logging.info("Done!")