Include user named variables in existing python script

Imagine you have program X that needs the following input by the user:

fy = 355.   #Yield stress (MPa)
fu = 552.   #Tensile stress resistance (MPa), 460 MPa in engineering stress
E = 210.E3   #Young modulus (MPa)
F = -100.E3   #vertical force (N)
k2_2=70.82e6   #stiffness 2nd segment 2L, strong axis (N.mm/rad)
loos=0.0055   #looseness 2L (rad), strong axis
bmax=3.5e6   #maximum moment 2L, strong axis (N.mm)

Then the user also wants to add an initially undetermined number of variables, a group started by imp_local+str() and another group by imp_global+str().

The number of variables to generate depends on the result of reading a txt file.

The user is aware that the program cannot handle this generated variables, but looking at a macro created by the program there is maybe a chance of introducing them.

The macro generated by the program looks like:

#!/usr/bin/env python
# -*- coding: utf-8 -*-

# import modules
from math import *
from openturns import *
from phiboot import *


# define the physical model
class TP1_Simply_supported_beam_class( OpenTURNSPythonFunction ):

    def __init__( self ):
        OpenTURNSPythonFunction.__init__( self, 9, 1)
        self.logUser = LogUser()
        self.callsNumber = 0
        self.pad = 21

    def padVar(self, var):
        if type(var) == str:
            return var.ljust(self.pad)
        else:
            return str('%+.11e' % var).ljust(self.pad)

    def setLogFile(self, filename):
        self.callsNumber = 0
        self.logUser.setFile(filename)

    def closeLogFile(self):
        self.logUser.closeFile()

    # define OpenTURNS function
    def TP1_Simply_supported_beam( self, fy, fu, E, F, k2_2, loos, bmax ):
        # log header
        if self.callsNumber == 0:
            self.logUser.level1( ''.join(map(self.padVar, ['N', 'fy', 'fu', 'E', 'F', 'k2_2', 'loos', 'bmax', 'g'])) + '\n' )

        # log input vars
        self.logUser.level1( str(self.callsNumber).ljust(self.pad) + ''.join(map(self.padVar, [fy, fu, E, F, k2_2, loos, bmax]))

And the code to generate the groups of variables is:

fileData = [] #array with the input file

inputFile = open("C:/Abaqus_JOBS/Job-M1-3_4.inp", "r") #CAE INPUT FILE
#fileData = variable with all the lines of the inp file
for line in inputFile:
    fileData.append([x.strip() for x in line.split(',')])

fgenerate1=0
nTop=[]
for row,data in enumerate(fileData):
    if data[0]=="*Nset" and data[1]=="nset=TOP":
        row_Top = row
    if len(data)==3 and data[0]=="*Nset" and data[1]=="nset=TOP" and data[2]=="generate":
        fgenerate1=1
if row_Top!=0:
    for data in fileData[row_Top+1:]: # skip first row elements
        try:
            int(data[0])
        except ValueError:
            break # found bottom_row, stop iterating
        if  fgenerate1==0:   
            nTop.append(data)
        else:
            iniN=data[0]
            finN=int(data[1])+1
            inc=data[2]
            for n in range(int(iniN), int(finN), int(inc)):
                data=n
                nTop.append([str(data)])        
loc=locals()
for k,val in enumerate(nTop) : loc["imp_local"+str(k)]
for k,val in enumerate(nTop) : loc["imp_global"+str(k)]

Now that the user has generated the imp_local and imp_global variables he wants to add them to the corresponding lines in the program macro. How can he do it?