I should add that moving the part where I assign values to the u's to above
the definition of gamma, like so:
reset()
var("G")
var('i')
G = 5
u = [SR("u_%i"%x) for x in [0..G-1]]
u[1] = -1
u[2]= -1
u[3]= -1
u[4]= -1
gamma(k) = (1/G)*sum(-(u[i])^(k-1)/(u[i]-1)^k for i in (1..G-1))
show(1/5 - 3*2/5 + 3*gamma(2) - gamma(3))
Fixes the issue. But, I feel like there must be a more elegant solution. Is
there any way to do this as more of a function? Here is how mathematica
does it:
Enter code here...
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