how to find and apply style for following immediate tag in xslt

Question

i am trying to create a tex file for the below MWE content.

need to update the below requirements when elements are stacked immediately (follows/proceeding immediatedly),

to place the command urnoffbeloweqspace before the first
at the end of the last need to place urnonabovespace at end
in between all middle need to place urnoffaboveeqspace
the above 3 points should not be done if does not following/preceeding immediately

I am not getting expected result, How to get the desired output

MWE:



Assuming that income X of a unit is a random variable whose domain is a set of real numbers varying from  is defined as


and 0\end{align}]]>

The density function of the Pareto distribution is obtained by differentiating 
    

The function has a domain then it follows that
 {x_0}\{
m{ }} = 1\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{
m{ }}\,\,{
m{when}}\,x \le {x_0}\,\,\end{array}\end{align}]]>

The function has a domain then it follows that

and

follow
 {x_0}\{
m{ }} = 1\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{
m{ }}\,\,{
m{when}}\,x \le {x_0}\,\,\end{array}\end{align}]]>

XSLT:

Expexted Result:

Assuming that income X of a unit is a random variable whose domain is a set of real numbers varying from  is defined as
\begin{align*}F\left( x 
ight) = P\left( {X \le x} 
ight)\end{align*}

and
	urnoffbeloweqspace
\begin{align}{P_t}\left( {r,u} 
ight) = {p_{u\,}} > 0\end{align}
	urnoffabovespace
\begin{align*}if - n \le u \le - r\end{align*}
	urnonabovespace

The density function of the Pareto distribution is obtained by differentiating 
	urnoffbeloweqspace
\begin{align}\begin{array}{l}f\left( x 
ight) = \alpha x_0^\alpha {x^{ - 1 - \alpha }}\,\,\,\,\,\,\,\,\,{
m{\,when}}\,x \ge {x_0}\{
m{ }} = 0\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{
m{when}}\,x < {x_0}\,.\end{array}\end{align}
	urnoffabovespace
\begin{align}\log \left( {R\left( x 
ight)} 
ight) = \alpha \log \left( {{x_0}} 
ight) - \alpha {
m{log}}\left( x 
ight).\end{align}
	urnoffabovespace
\begin{align*}E\left( x 
ight) = \alpha x_0^\alpha \int_{{x_0}}^\infty {{x^{ - \alpha }}dx} ,\end{align*}
	urnonabovespace

The function has a domain then it follows that
	urnoffbeloweqspace
\begin{align*}\frac{{dF\left( X 
ight)}}{{dX}} = f\left( x 
ight)\end{align*}
	urnoffabovespace
\begin{align*}F\left( x 
ight) = \int_0^x {f\left( X 
ight)dx} \end{align*}
	urnoffabovespace
\begin{align*}P\left( {x \le X \le x + dx} 
ight) = f\left( x 
ight),\end{align*}
	urnoffabovespace
\begin{align}\begin{array}{l}R\left( x 
ight) = {\left( {\frac{x}{{{x_0}}}} 
ight)^{ - \alpha }}\,\,\,\,\,\,\,\,\,{
m{when}}\,x > {x_0}\{
m{ }} = 1\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{
m{ }}\,\,{
m{when}}\,x \le {x_0}\,\,\end{array}\end{align}
	urnonabovespace

The function has a domain then it follows that
\begin{align*}\frac{{dF\left( X 
ight)}}{{dX}} = f\left( x 
ight)\end{align*}
and
\begin{align*}F\left( x 
ight) = \int_0^x {f\left( X 
ight)dx} \end{align*}
follow
	urnoffbeloweqspace
\begin{align*}P\left( {x \le X \le x + dx} 
ight) = f\left( x 
ight),\end{align*}
	urnoffabovespace
\begin{align}\begin{array}{l}R\left( x 
ight) = {\left( {\frac{x}{{{x_0}}}} 
ight)^{ - \alpha }}\,\,\,\,\,\,\,\,\,{
m{when}}\,x > {x_0}\{
m{ }} = 1\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,\,{
m{ }}\,\,{
m{when}}\,x \le {x_0}\,\,\end{array}\end{align}
	urnonabovespace

Martin Honnen · Answer

It sounds as if you want to process e.g. , in check the position() and for e.g. 1 output the wanted tex, for last() the respective tex, in between the default.

how to find and apply style for following immediate tag in xslt

1 Answers