I have posted a question in the last couple of days:

https://www.mapleprimes.com/questions/235958-How-Do-I-Get-Of-HIGHLIGHT-And-MARK-Annotations?sq=235958

which was taken down by this member:

https://www.mapleprimes.com/users/acer/reputation

where (s)he posted in a previous question of mine, that the new question is a duplicate.

https://www.mapleprimes.com/questions/235909-Latex-In-ShowSolution

You cannot find his/her reply where (s(he states that the question is a duplicate.

I have replied to his/her reply and explained that my new question is not a duplicate.

(S)he deleted his initial reply together with my reply, and substituted it with what you can see on the page now:

Please stop posting completely separate new Question threads on this issue.

This person wrongly declared that my question is a duplicate, and did not even bother to take into account my reply. (S)he can delete whatever (s)he wants, and just barks orders.

Now, is this really normal support behaviour? Why is this person shutting my questions down? Is this the kind of support a person gets for paying for an expensive software?

Where do I escalate this issue?

How would I produce output from ShowSolution in Latex form?

For example, if I run the following command.

$ maple2022/bin/maple -q problem.mpl

where problem.mpl is the following:

with(Student[Calculus1]):
ShowSolution(Diff(ln(x),x));

I get the following output.

Differentiation Steps
    Diff(ln(x),x)
▫    1. Apply the natural logarithm rule
        ◦ Recall the definition of the natural logarithm rule
        Diff(ln(x),x) = x^(-1)
    This gives:
    x^(-1)

I want the solver to show the steps in Latex form. How can I achieve this?

I run the following command.

$ maple2022/bin/maple -q problem.mpl

where problem.mpl is the following:

with(Student[Calculus1]):
ShowSolution(Diff(ln(x),x));

I get the following output.

Differentiation Steps
    Diff(ln(x),x)
▫    1. Apply the natural logarithm rule
        ◦ Recall the definition of the natural logarithm rule
        Diff(ln(x),x) = x^(-1)
    This gives:
    x^(-1)

I want the solver to use 1/x instead of x^(-1) in the output. How can I achieve this?

P.S. I require the output to be parsable, so using output=print to show fractions in a multi-line fashion is not a solution for me.