How to Generate Subscripted Arrays in Live Scripts

I would like to generate the following array or matrix. The symbolic variable Z needs to have a subscript of 1。And can be used in subsequent symbolic operations.

or

Currently, I can generate the following effects in Live Scripts.

There are three problem:：

1. I cannot obtain or on the left side of the equal sign; I can only get Z on the left side of the equal sign.

2. The output results copied as LaTeX code do not include Z; they only include the vector itself.I would like the LaTeX code in the output to include or

3、How to convert round parentheses of a vector to square brackets

Screenshots of Live Scripts：

I copied LaTeX code like the image below.

latex code：

\left(\begin{array}{ccc}
z_1  & z_2  & z_3 
\end{array}\right)

[Paul]

The shape of the brackets can be controlled with sympref.

Do you want to only generate a latex string for some other use, like in the title of a plot?

Or do you also want to display the equation with the typset Z_1 on the left hand side in the live script itself?

Answer 1

[VBBV]

\left(\begin{array}{ccc}
z_{1}  & z_{2}  & z_{3} 
\end{array}\right)

[VBBV]

use '{' '}' curly braces to enclose numbers for obtaining subscripts. e.g if you want to have it for Z or Za then you need to

Z_{1}
Z_{a}

For output of square brackets you can use sympref function and set the output to square brackets as true

[fa wu]

Thank you for your response

This is the effect displayed by the LaTeX code you provided. I didn’t notice any changes. Or maybe I didn’t understand what you meant?”

Answer 2

[Walter Roberson]

You cannot get a formatted output of

When you have an assignment such as

Z_a = sym('z', [1 3])

Z_a = 

then the display never formats the left hand side symbol.

and if you try

Z = sym('z', [1 3]);
syms Z_a
Z_a == Z

ans = 

The expansion of the comparisons is done before the output.

[fa wu]

I ran your code directly in Matlab and got this result.

Z_a = sym('z', [1 3])

Z_a =

[ z1, z2, z3]

I got this result when running this code in the live script.

Could you please tell me how you implemented the display of subscript numbers in square brackets?

[Walter Roberson]

Z = sym('z', [1 3]);
syms Z_a
sympref('MatrixWithSquareBrackets', 1)

ans = logical
   0

Z_a == Z

ans = 

sympref('MatrixWithSquareBrackets', 0)

ans = logical
   1

Z_a == Z

ans = 

[fa wu]

Thanks for your comment