[lecture_comparison][38_wald_friedman]math_expression_in_indented_sentence

[sayaikegawa]

In this lecture, the math equation in the quotes shows redundant > at the beginning and the ending of the equation like below.
Left: RST Right: MyST

Here is the place where this issue occurs in MyST:

> Neyman and Pearson show that a region consisting of all samples
> $(z_1, z_2, \ldots, z_n)$ which satisfy the inequality
> 
> $$
> \frac{ f_1(z_1) \cdots f_1(z_n)}{f_0(z_1) \cdots f_0(z_n)} \geq k
> $$
> 
> is a most powerful critical region for testing the hypothesis

I guess that this occurs because the quotes in MyST is doing something wrong. Here is the documentation about quotes.

cc: @mmcky

[sayaikegawa]

This happens in lecture-python-advanced too. #16

[mmcky]

thanks @sayaikegawa are you suggesting then we should have:

> Neyman and Pearson show that a region consisting of all samples
> $(z_1, z_2, \ldots, z_n)$ which satisfy the inequality
> 
> $$
   \frac{ f_1(z_1) \cdots f_1(z_n)}{f_0(z_1) \cdots f_0(z_n)} \geq k
   $$
> 
> is a most powerful critical region for testing the hypothesis

as the syntax? -- I find that an odd choice. I may need to talk with Jupyter Book about this.

[mmcky]

Nice pickup! this will be useful for the broader juptyer-book project as I think it should be capable of rendering the former syntax. If we could get a minimal example working in jupyter-book that would be super helpful.

[mmcky]

@sayaikegawa can you put together a PR to fix this and tag it as manual-change. Thanks!

[mmcky]

Closing this as a solution is ready as a PR.