finalSol=[]

n=len(L[0])

for j in range(0,len(L)):

sol=()

x=L[j]

deg=x[0]

for i in range(1,n):

sol=sol+(x[i],)

for i in range(0,deg+1):

finalSol.append(sol)

finalSol=[]

n=len(L[0])

for j in range(0,len(L)):

sol=()

x=L[j]

deg=x[k-1]

for i in range(0,n):

if i!=k-1:

sol=sol+(x[i],)

for i in range(0,deg+1):

finalSol.append(sol)

n=len(L[0])

sol=[]

ind1=index1-1

ind2=index2-1

for i in range(0,len(L)):

#print("i= "+str(i))

x=tensor([(L[i][ind1],)],[(L[i][ind2],)])

#print("this is x:")

#print(x)

temp2=[]

for t in range(0,len(x)):

temp2.append((x[t],))

#for t in range(0,len(x)):

# x=[(x[0],)]

#print("This is temp2:")

#print(temp2)

s=()

for j in range(0,n):

if j!=ind1 and j!=ind2:

s=s+(L[i][j],)

#print("this is s:")

#print(s)

temp=[]

temp.append(s)

a=concat(temp2,temp)

#print(a)

for t in range(0,len(a)):

sol.append(a[t])

#sol.append(a)