result += check_series(e, 0, d, 1);
result += check_series(e, 0, d, 2);
+ e = pow(x, 8) * pow(pow(x,3)+ pow(x + pow(x,3), 2), -2);
+ d = pow(x, 4) - 2*pow(x, 5) + Order(pow(x, 6));
+ result += check_series(e, 0, d, 6);
+
return result;
}
// ...the sum, when evaluated and reexpanded, is the antipode...
ex result = 0;
for (vector<node>::iterator i=counter.begin(); i!=counter.end(); ++i)
- result = (result+i->evaluate(x,vertices)).series(x==0,vertices).expand();
+ result = (result+i->evaluate(x,vertices-1)).series(x==0,vertices-1).expand();
// ...and has the nice property that in each term all the Eulers cancel:
if (result.has(Euler)) {