14 lines
296 B
Python
14 lines
296 B
Python
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p = 3
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F = GF(3)
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Rx.<x> = PolynomialRing(F)
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f = x^3 - x
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m = 2
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C = superelliptic(f, m)
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xx = C.x.expansion_at_infty(prec = 200)
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yy = C.y.expansion_at_infty(prec = 200)
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r = f.degree()
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delta = GCD(m, r)
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R = r/delta
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M = m/delta
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print(yy^2 == f(x = xx))
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print(xx.valuation() == -M, yy.valuation() == -R)
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