def test_pypower(verbose=False): """Run all PYPOWER tests. Prints the details of the individual tests if verbose is true. @author: Ray Zimmerman (PSERC Cornell) @author: Richard Lincoln """ tests = [] ## PYPOWER base test tests.append('t_loadcase') # tests.append('t_ext2int2ext') tests.append('t_jacobian') tests.append('t_hessian') tests.append('t_totcost') tests.append('t_modcost') tests.append('t_hasPQcap') # tests.append('t_pips') # tests.append('t_qps_pypower') # tests.append('t_pf') if have_fcn('gurobipy'): tests.append('t_opf_dc_gurobi') # tests.append('t_opf_pips') # tests.append('t_opf_pips_sc') if have_fcn('pyipopt'): tests.append('t_opf_ipopt') tests.append('t_opf_dc_ipopt') # tests.append('t_opf_dc_pips') # tests.append('t_opf_dc_pips_sc') if have_fcn('mosek'): tests.append('t_opf_dc_mosek') # tests.append('t_opf_userfcns') # tests.append('t_runopf_w_res') # tests.append('t_dcline') # tests.append('t_makePTDF') # tests.append('t_makeLODF') # tests.append('t_total_load') # tests.append('t_scale_load') ## smartmarket tests # tests.append('t_off2case') # tests.append('t_auction_mips') # tests.append('t_runmarket') t_run_tests(tests, verbose)
def test_pypower(verbose=False): """Run all PYPOWER tests. Prints the details of the individual tests if verbose is true. @author: Ray Zimmerman (PSERC Cornell) @author: Richard Lincoln """ tests = [] ## PYPOWER base test tests.append('t_loadcase') tests.append('t_ext2int2ext') tests.append('t_jacobian') tests.append('t_hessian') tests.append('t_totcost') tests.append('t_modcost') tests.append('t_hasPQcap') tests.append('t_pips') tests.append('t_qps_pypower') tests.append('t_pf') if have_fcn('gurobipy'): tests.append('t_opf_dc_gurobi') tests.append('t_opf_pips') tests.append('t_opf_pips_sc') if have_fcn('pyipopt'): tests.append('t_opf_ipopt') tests.append('t_opf_dc_ipopt') tests.append('t_opf_dc_pips') tests.append('t_opf_dc_pips_sc') if have_fcn('mosek'): tests.append('t_opf_dc_mosek') tests.append('t_opf_userfcns') tests.append('t_runopf_w_res') tests.append('t_dcline') tests.append('t_makePTDF') tests.append('t_makeLODF') tests.append('t_total_load') tests.append('t_scale_load') ## smartmarket tests # tests.append('t_off2case') # tests.append('t_auction_mips') # tests.append('t_runmarket') t_run_tests(tests, verbose)
def test_pf(verbose=False): tests = [] tests.append('t_loadcase') tests.append('t_ext2int2ext') tests.append('t_jacobian') tests.append('t_pf') return t_run_tests(tests, verbose)
def test_pf(verbose=False): tests = [] tests.append("t_loadcase") tests.append("t_ext2int2ext") tests.append("t_jacobian") tests.append("t_pf") return t_run_tests(tests, verbose)
def test_opf(verbose=False, *others): tests = [] tests.append('t_loadcase') tests.append('t_ext2int2ext') tests.append('t_hessian') tests.append('t_totcost') tests.append('t_modcost') tests.append('t_hasPQcap') tests.append('t_qps_pypower') if have_fcn('gurobipy'): tests.append('t_opf_dc_gurobi') tests.append('t_opf_dc_pips') tests.append('t_opf_dc_pips_sc') tests.append('t_pips') tests.append('t_opf_pips') tests.append('t_opf_pips_sc') if have_fcn('pyipopt'): tests.append('t_opf_ipopt') tests.append('t_opf_dc_ipopt') if have_fcn('mosek'): tests.append('t_opf_dc_mosek') tests.append('t_runopf_w_res') tests.append('t_makePTDF') tests.append('t_makeLODF') tests.append('t_total_load') tests.append('t_scale_load') tests.extend(others) return t_run_tests(tests, verbose)
def test_opf(verbose=False, *others): tests = [] tests.append("t_loadcase") tests.append("t_ext2int2ext") tests.append("t_hessian") tests.append("t_totcost") tests.append("t_modcost") tests.append("t_hasPQcap") tests.append("t_qps_pypower") if have_fcn("gurobipy"): tests.append("t_opf_dc_gurobi") tests.append("t_opf_dc_pips") tests.append("t_opf_dc_pips_sc") tests.append("t_pips") tests.append("t_opf_pips") tests.append("t_opf_pips_sc") if have_fcn("pyipopt"): tests.append("t_opf_ipopt") tests.append("t_opf_dc_ipopt") if have_fcn("mosek"): tests.append("t_opf_dc_mosek") tests.append("t_runopf_w_res") tests.append("t_makePTDF") tests.append("t_makeLODF") tests.append("t_total_load") tests.append("t_scale_load") tests.extend(others) return t_run_tests(tests, verbose)