Yes, your right. I am latexing a value from maxima.solve(x^2-x-3,x).
Then maxima.rhs(). Then latexing the value. It still gives me the
\over. I am using 3.4.
When I assign it to a variable it works as below. If you would try
a1=maxima.solve(x^2-x-3,x)
R1=a1[0]
R3=maxima.rhs[R1]
latex(R3)
produces -- {{1-\sqrt{13}}\over{2}}
not good
On Oct 6, 1:46 pm, "[email protected]" <[email protected]> wrote:
> Hm, this is my Sage 4.1.1
>
> a1=-(sqrt(13)-1)/2
> latex(a1)
>
> output is -\frac{1}{2} \, \sqrt{13} + \frac{1}{2}
>
> You may have old version of Sage
>
> latex(-{{\sqrt[13]-1\over[2}}) produces error
>
> Robert Marik
>
> On 6 říj, 21:10, Mikie <[email protected]> wrote:
>
>
>
> > If I have this a1=-(sqrt(13)-1)/2 in a variable, then latex(a1) it
> > produces -{{\sqrt[13]-1\over[2}}.
> > If I do latex(-{{\sqrt[13]-1\over[2}}) get \frac{1-\sqrt{13}}{2},
> > which is what I want.
>
> > This is in a function. I need the latter. The \over does not do the
> > pretty print.
> > Is there a work around?
> > Thanx
>
> > ------------------------------------
> > def Solver2a(exp1,exp2):
> > eq11=exp1;w=b*1==0
> > w1=maxima.subst(eq11,b,w)
> > R1 = maxima.solve(exp1,exp2);
> > w2 = latex(eq11); w3 = "$"+w2+"$"
> > R2 = latex(R1);R3="$"+R2+"$"
> > R4 = R1[0];R5=maxima.rhs(R4);R6=latex(R5);
> > str1="Calculate the symbolic solutions for the following
> > equation."
> > str2="And here is the solution :"
> > return str1,w3,str2,R1,R6,R5
> > -------------------------------------- Hide quoted text -
>
> - Show quoted text -
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