BindFunction( func = getFileNameStub,
args = { 'node': onemc[0] } )] ),
output="output.txt",
noEmptyFiles=True)
g.addEdge( collect, solution, runs8edge )
normalSolver.add( runs8edge, syst = syst, opoint = opoint )
combinedMiter = Miter()
if do_comparisons:
#python ../../scripts/mkTable.py --reference ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-closure-nominal-SSVHEM/output.txt --syst1 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-gsplit-SSVHEM/output.txt --systname syst_gsplit_SSVHEM.txt --outlatex syst_gsplit_SSVHEM.tex
for opoint in operating_points:
combinedMiter.add(makeTableHelper( g, reference = closureSolver.getOneValue( syst = 'nominal', opoint = opoint ),
syst1 = closureSolver.getOneValue( syst = 'gsplit', opoint = opoint ),
systname = "syst.txt",
outlatex = "latex.txt",
step_postfix = "%s-%s-%s" % (opoint, 'gsplit',binName)),
opoint = opoint,
syst = 'gsplit')
#python ../../scripts/mkTable.py --reference ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-nominal-SSVHEM/output.txt --syst1 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-mu7-SSVHEM/output.txt --syst2 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-mu10-SSVHEM/output.txt --systname syst_mupt_SSVHEM.txt
for opoint in operating_points:
combinedMiter.add(makeTableHelper( g, reference = normalSolver.getOneValue( syst = 'nominal', opoint = opoint ),
syst1 = normalSolver.getOneValue( syst = 'mu7', opoint = opoint ),
syst2 = normalSolver.getOneValue( syst = 'mu10', opoint = opoint ),
systname = "syst.txt",
outlatex = "latex.txt",
step_postfix = "%s-%s-%s" % (opoint, 'mu',binName)
),
output="output.txt",
noEmptyFiles=True,
)
g.addEdge(collect, solution, runs8edge)
normalSolver.add(runs8edge, syst=syst, opoint=opoint)
combinedMiter = Miter()
if do_comparisons:
# python ../../scripts/mkTable.py --reference ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-closure-nominal-SSVHEM/output.txt --syst1 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-gsplit-SSVHEM/output.txt --systname syst_gsplit_SSVHEM.txt --outlatex syst_gsplit_SSVHEM.tex
for opoint in operating_points:
combinedMiter.add(
makeTableHelper(
g,
reference=closureSolver.getOneValue(syst="nominal", opoint=opoint),
syst1=closureSolver.getOneValue(syst="gsplit", opoint=opoint),
systname="syst.txt",
outlatex="latex.txt",
step_postfix="%s-%s-%s" % (opoint, "gsplit", binName),
),
opoint=opoint,
syst="gsplit",
)
# python ../../scripts/mkTable.py --reference ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-nominal-SSVHEM/output.txt --syst1 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-mu7-SSVHEM/output.txt --syst2 ~yumiceva/lpc1/S8_results_Jun3/edges/s8solver-mu10-SSVHEM/output.txt --systname syst_mupt_SSVHEM.txt
for opoint in operating_points:
combinedMiter.add(
makeTableHelper(
g,
reference=normalSolver.getOneValue(syst="nominal", opoint=opoint),
syst1=normalSolver.getOneValue(syst="mu7", opoint=opoint),
syst2=normalSolver.getOneValue(syst="mu10", opoint=opoint),