LIB "deform.lib";
ring r=0,(x,y,z,u,v),ds;
matrix m[2][4]=x,y,z,u,y,z,u,v;
ideal f0=minor(m,2);
versal(f0);
==>
// Result belongs to ring Px.
// Equations of total space of miniversal deformation are
// given by Fs, equations of miniversal base space by Js.
// Make Px the basering and list objects defined in Px by
// typing: setring Px; show(Px);