D.5.1.8 morsesplit
..................
Procedure from library classify.lib (see classify_lib).

Usage:
morsesplit(f); f=poly

Return:
Normal form of f in M^3 after application of the splitting lemma

Compute:
apply the splitting lemma (generalized Morse lemma) to f

Example:
LIB "classify.lib";
ring r=0,(x,y,z),ds;
export r;
==> // ** `r` is already global
init_debug(1);
==> Debugging level is set to  1
poly f=(x2+3y-2z)^2+xyz-(x-y3+x2*z3)^3;
poly g=morsesplit(f);
==> Residual singularity f= -x3+3/2xy2+1/2x3y-1/16x2y2+3x2y3
g;
==> -x3+3/2xy2+1/2x3y-1/16x2y2+3x2y3

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&nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; User manual for <a href="http://www.singular.uni-kl.de/"><i>Singular</i></a> version 2-0-4, October 2002,
generated by <a href="http://www.gnu.org/software/texinfo/"><i>texi2html</i></a>.
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