# Counter-Term #
##################
# Construct the full NLO amplitude
# Delete the Temp folder again
# delPath = "Temp"
# rmtree(delPath)
##############################################################
# Add real corrections, polarization rules and Counterterm #
##############################################################
# Prompt the user to add the real corrections, counterterm and polarization rules by hand to the process folder and ask if the program should continue
# WARNING: without the polarization sum, the real corrections and the counterterm, the compilation of the next step in the program will fail
pathToFiles = "BuildingBlocks" + os.sep + "Processes" + os.sep + processId + os.sep
if not (os.path.isfile(pathToFiles + "Counterterm.F90")):
CommonFunctions.createCountertermFile(
pathToFiles + "Counterterm.F90", processId)
if not (os.path.isfile(pathToFiles + "RealCorrections.F90")):
CommonFunctions.createRealCorrections(
pathToFiles + "RealCorrections.F90", processId, massesIn[0],
massesOut[0], massesOut[1])
# Ask the user if they want to continue
if silentModeCalcProceed:
calcWantProceed = defCalcProceed
else:
calcWantProceed = CommonFunctions.queryBoolean(
">>> Please add the real corrections, counterterm and polarization rules by hand to the process folder. Do you want to proceed?"
)
if not calcWantProceed:
print(
"Program stopped by user. 2HDMCalc will be terminated now.\n")
sys.exit()
