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I think that the simple way is to add a condition in the definition.

def f(x,n):

return R(x^3-x+188)

I think that the simple way is to add a condition in the definition.definition.

R=2 def f(x,n):f(x,n): if n==1 : return R(x^3-x+188) else : return R(x^3-x+376)

return R(x^3-x+188)show(f(2,1),',',f(2,2))

I think that the simple way is to add a condition in the definition.

R=2
def f(x,n):
       if n==1 :
        return R(x^3-x+188)
R*(x^3-x+188)
       else :
        return R(x^3-x+376) 
R*(x^3-x+376)

I think that the simple way is to add a condition in the definition.

R=2
def f(x,n):
       if n==1 :
        return R*(x^3-x+188)
       else :
        return R*(x^3-x+376)
R*(x^3-x+376) 

show(f(2,1),',',f(2,2))