resC=iteratedCone(resX,e)
Given the relative canonical resolution of C on a normalized scroll $P(E)$, this function computes a (possibly non-minimal) free resolution of C in $P^{g-1}$ by an iterated mapping cone construction. For gonality k=3,4 the iterated mapping cone is always minimal. In these cases "iteratedCone" is much faster (for $g >9$) than computing the resolution via the resolution command.
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The object iteratedCone is a method function.