| #### D.13.6.4 displayPuiseuxExpansion Procedure from library `tropical.lib` (see tropical_lib). Usage: displayPuiseuxExpansion(puiseux[,#]); puiseux list, # list Assume: puiseux is the output of puiseuxExpansion; the optional parameter # can be the string 'subst' Return: none Note: - the procedure displays the output of the procedure puiseuxExpansion - if the optional parameter 'subst' is given, then the expansion is substituted into the polynomial and the result is displayed - if the base field had a parameter and a minimal polynomial, then the new base field will have a parameter and a minimal polynomial; var(2) is the old parameter and it is displayed how the old parameter can be computed from the new one Example:
    LIB "tropical.lib";
    ring r=0,(x,y),ds;
    poly f=x2-y4+x5y7;
    displayPuiseuxExpansion(puiseuxExpansion(f,3));
    ==> // ** name conflict var(1) and var(3): `x(1)`, rename to `@x(1)`in >>    \
         ring EXTENSIONRING = ring(RL);<<
    ==> in tropical.lib::findzerosAndBasictransform:6332
    ==> // ** redefining ggteiler (              int ggteiler=gcd(wneu[1],wneu[2]\
       );) tropical.lib::tropicalparametrise:5778
    ==> // ** redefining ggteiler (              int ggteiler=gcd(wneu[1],wneu[2]\
       );) tropical.lib::tropicalparametrise:5778
    ==> !!!! WARNING: The number of terms computed in the Puiseux expansion were
    ==> !!!!          not enough to find all branches of the curve singularity!
    ==> =============================
    ==> 1. Expansion:
    ==>
    ==> The Puiseux expansion lives in the ring
    ==> Q[[t^(1/2)]]
    ==>
    ==> The expansion has the form:
    ==> y=(1)*t^(1/2) + (1/4)*t^(14/2)
    ==>
    ==> =============================
    ==> 2. Expansion:
    ==>
    ==> The Puiseux expansion lives in the ring
    ==> Q[[t^(1/2)]]
    ==>
    ==> The expansion has the form:
    ==> y=(-1)*t^(1/2) + (1/4)*t^(14/2)
    ==>
    ==> =============================
    ==> 3. Expansion:
    ==>
    ==> The Puiseux expansion lives in the ring
    ==> Q[a]/0[[t^(1/2)]]
    ==>
    ==> The expansion has the form:
    ==> y=(a)*t^(1/2) + (1/4)*t^(14/2)
    ==>

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