\newcommand{\NNODE}{\texttt{n}}
\newcommand{\ONODE}{\texttt{o}}
\newcommand{\CNODE}{\texttt{c}}
+\newcommand{\TABLE}{\texttt{table}}
\newcommand{\SP}{\texttt{sp}}
\newcommand{\SB}{\texttt{sb}}
\newcommand{\CELL}{\texttt{cell}}
\newcommand{\ROW}{\texttt{row}}
-\newcommand{\SLDROP}{\hookleftarrow}
-\newcommand{\NLDROP}{\leftarrow}
+\newcommand{\SLDROP}{\blacktriangleleft}
+\newcommand{\NLDROP}{\vartriangleleft}
\begin{document}
\paragraph{Normal Left Drop:} $\NLDROP$
\begin{description}
- \item{\verb+/cursor+}\\
- error.
- \item{\verb+math/cursor+}\\
+
+ %*******************************************************************************************************
+ %************** rules handling the case in which the cursor has a preceding node ***********************
+ %*******************************************************************************************************
+
+ %************************* the cursor's parent is a group or a parameter *******************************
+
+ %we consider an empty macro as a token. An empty macro is either undefined or simply empty.
+
+ %rule handling the case where the cursor has a preceding token and this is the first node of a group with id
+ \item{\verb+g[@id][^(i||n||o||s||c[^$])#]/cursor+}\\
+ remove the cursor and replace the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node with the $\NLDROP$.
+ \item{\verb+<g|p>[(i||n||o||s||c[^$])#]/cursor+}\\
+ remove the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+ %it corresponds to the drop_prev_group(false).
+ \item{\verb+<g|p>[g#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \G{} node.
+ %corresponds to the drop_prev_script(false).
+ \item{\verb+<g|p>[(<sp|sb>)#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \SP{} or \SB{} node.
+ %rules handling the right open macros preceding the cursor.
+ \item{\verb+<g|p>[(c[^p[@right-open='1']$])#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \PNODE{} node.
+ %we don't have a macro of this kind, but we don't know the future...
+ \item{\verb+<g|p>[(c[^p[!(@right-open='1')][@left-open='1'][^$]$])#]/cursor+}\\
+ remove the cursor and replace the \CNODE node with the $\NLDROP$.
+ \item{\verb+<g|p>[(c[^p[!(@right-open='1')][@left-open='1']$])#]/cursor+}\\
+ replace the \CNODE{} node with the content of the \PNODE node and replace the cursor with the $\NLDROP$.
+ %rules handling macro with parameter(s) and preceding the cursor.
+ \item{\verb+<g|p>[c#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \CNODE{} node.
+ %rule handling table with rows preceding the cursor.
+ \item{\verb+<g|p>[(table[row[cell[^g$]$]$])#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \G{} node, which is child of the \CELL{} node.
+ %rule handling tables without rows preceding the cursor.
+ \item{\verb+<g|p>[table#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the \TABLE{} node
+
+ %********************************* the cursor's parent is a script ******************************
+
+ %rule handling the case where the script's base is an empty group with id.
+ \item{\verb+<sp|sb>[^(g[@id][^$])#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with the $\NLDROP$.
+ %rule handling the case where the script's base is an empty group without id
+ \item{\verb+<sp|sb>[^(g[^$])#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with the cursor.
+ %rule handling the case where the script's base is something else
+ \item{\verb+<sp|sb>[^*#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with it's first child and insert the $\NLDROP$ after it.
+
+ %********************************* the cursor's parent is a macro ********************************
+
+ %rule handling the case where the preceding node is a parameter
+ \item{\verb+c[p#]/cursor+}\\
+ remove the cursor and append the $\NLDROP$ to the PNODE{} node.
+ %rule handling the case where the preceding node is a delimiter
+ \item{\verb+c[(<i|n|o|s|c>)#]/cursor+}\\
+ remove the cursor and insert the $\NLDROP$ before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+
+ %*************************************************************************************************
+ %*********** rules handling the case in which the cursor has no preceding nodes ******************
+ %*************************************************************************************************
+
+ %rule handling the case where the cursor has something else after it
+ \item{\verb+<g|p>[#*]/cursor+}\\
nothing to drop.
- \item{\verb+g[!@id][_*#_]/cursor+}\\
- replace the cursor with the $\NLDROP$.
- \item{\verb+g[!@id][^#$]/cursor+}\\
- replace the cursor with the $\NLDROP$
- \item{\verb+g[@id][_*#_]/cursor+}\\
- replace the cursor with the $\NLDROP$.
+
+ %rules handling the case where the cursor's parent is a p node and the cursor has no nodes after it.
+
+ %rule handling the case where the p node is a left and right open macro's child and the first p node has no elements.
+ \item{\verb+c[^(p[@left-open='1'][^$])#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the $\NLDROP$.
+ %rule handling the case where the p node is a left and right open macro's child and the first p node has elements.
+ \item{\verb+c[^(p[@left-open='1']#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the content of the PNODE{} with attribute texttt{left-open='1'} and insert $\NLDROP$ after this.
+ %rule handling the case where the p node is right open macro's child.
+ \item{\verb+c[^#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the $\NLDROP$.
+ %rule handling the case where the p node is a macro's child and this macro has parameter.
+ \item{\verb+c/p[^#$]/cursor+}\\
+ remove the cursor and insert the $\NLDROP$ before the \PNODE{} node.
+
+ %rule handling the case where the cursor has no nodes after it and its parent is a group with id
\item{\verb+g[@id][^#$]/cursor+}\\
- replace the cursor with the $\NLDROP$.
- \item{\verb+c[_*#_]/cursor+}\\
- replace the cursor with the $\NLDROP$.
- \item{\verb+sp[^*#$]/cursor+}\\
- replace the cursor with the $\NLDROP$.
- \item{\verb+c/p/cursor+}\\
- replace the cursor with the $\NLDROP$.
+ replace the \G{} node with the $\NLDROP$.
+
\end{description}
\paragraph{Special Left Drop:} $\SLDROP$
+
\begin{description}
- \item{\verb+/cursor+}\\
- error.
- \item{\verb+math/cursor+}\\
+
+ %*******************************************************************************************************
+ %************** rules handling the case in which the cursor has a preceding node ***********************
+ %*******************************************************************************************************
+
+ %************************* the cursor's parent is a group or a parameter *******************************
+
+ %this rule is more specific than the one below which handle the case of the cursor preceded by a c node
+ \item{\verb+<g|p>[(i||n||o||s||c[^$])#]/cursor+}\\
+ remove the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+ %it corresponds to the drop_prev_group(true).
+ \item{\verb+<g|p>[g#]/cursor+}\\
+ remove the cursor and append the it to the \G{} node.
+ %corresponds to the drop_prev_script(true).
+ \item{\verb+<g|p>[(<sp|sb>)#]/cursor+}\\
+ remove the cursor and append the $\SLDROP$ to the \SP{} or \SB{} node.
+ %rules handling the right open macros preceding the cursor.
+ \item{\verb+<g|p>[(c[^p[@right-open='1']$])#]/cursor+}\\
+ remove the cursor and append the $\SLDROP$ to the \PNODE{} node.
+ %we don't have a macro of this kind, but we don't know the future...
+ \item{\verb+<g|p>[(c[^p[!(@right-open='1')][@left-open='1'][^$]$])#]/cursor+}\\
+ remove the cursor and replace the \CNODE node with the cursor.
+ \item{\verb+<g|p>[(c[^p[!(@right-open='1')][@left-open='1']$])#]/cursor+}\\
+ replace the \CNODE{} node with the content of the \PNODE node.
+ %rule handling macro with parameter(s) and preceding the cursor.
+ \item{\verb+<g|p>[c#]/cursor+}\\
+ remove the cursor and append the $\SLDROP$ to the \CNODE{} node.
+ %rule handling table with rows preceding the cursor.
+ \item{\verb+<g|p>[(table[row[cell[^g$]$]$])#]/cursor+}\\
+ remove the cursor and append the it to the \G{} node, which is child of the \CELL{} node.
+ %rule handling tables without rows preceding the cursor.
+ \item{\verb+<g|p>[table#]/cursor+}\\
+ remove the cursor and append the $\SLDROP$ to the \TABLE{} node
+
+ %********************************* the cursor's parent is a script ******************************
+
+ %rule handling the case where the script's base is an empty group with id.
+ \item{\verb+<sp|sb>[^(g[@id][^$])#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with the \G{} node and insert the cursor after it.
+ %rule handling the case where the script's base is an empty group without id
+ \item{\verb+<sp|sb>[^(g[^$])#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with the cursor.
+ %rule handling the case where the scrip's base is something else
+ \item{\verb+<sp|sb>[^*#$]/cursor+}\\
+ replace the \SP{} or \SB{} node with it's first child and insert the cursor after it.
+
+ %********************************* the cursor's parent is a macro ********************************
+
+ %rule handling the case where the preceding node is a parameter
+ \item{\verb+c[p#]/cursor+}\\
+ remove the cursor and append the $\SLDROP$ to the PNODE{} node.
+ %rule handling the case where the preceding node is a delimiter
+ \item{\verb+c[(<i|n|o|s|c>)#]/cursor+}\\
+ remove the cursor and insert the it before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+
+ %*************************************************************************************************
+ %*********** rules handling the case in which the cursor has no preceding nodes ******************
+ %*************************************************************************************************
+
+ %rule handling the case where the cursor has something else after it
+ \item{\verb+<g|p>[#*]/cursor+}\\
nothing to drop.
- \item{\verb+g[!@id][_*#_]/cursor+}\\
- replace the cursor with the $\SLDROP$.
- \item{\verb+g[!@id][^#$]/cursor+}\\
- replace the cursor with the $\SLDROP$
- \item{\verb+g[@id][_*#_]/cursor+}\\
- replace the cursor with the $\SLDROP$.
+
+ %rules handling the case where the cursor's parent is a p node and the cursor has no nodes after it.
+
+ %rule handling the case where the p node is a left and right open macro's child and the first p node has no elements.
+ \item{\verb+c[^(p[@left-open='1'][^$])#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the cursor.
+ %rule handling the case where the p node is a left and right open macro's child and the first p node has elements.
+ \item{\verb+c[^(p[@left-open='1']#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the content of the PNODE{} with attribute texttt{left-open='1'} and insert cursor after this.
+ %rule handling the case where the p node is right open macro's child.
+ \item{\verb+c[^#$]/p[@right-open='1'][^#$]/cursor+}\\
+ replace the \CNODE{} with the cursor.
+ %rule handling the case where the p node is a macro's child and this macro has parameter.
+ \item{\verb+c/p[^#$]/cursor+}\\
+ remove the cursor and insert the $\SLDROP$ before the \PNODE{} node.
+
+ %rule handling the case where the cursor has no nodes after it and its parent is a group with id
\item{\verb+g[@id][^#$]/cursor+}\\
- replace the cursor with the $\SLDROP$.
- \item{\verb+c[_*#_]/cursor+}\\
- replace the cursor with the $\SLDROP$.
- \item{\verb+sp[^*#$]/cursor+}\\
- replace the cursor with the $\SLDROP$.
- \item{\verb+c[p#]/cursor+}\\
- remove the cursor and append the $\SLDROP$ to the \PNODE{} node.
- \item{\verb+c[<i|n|o|s|c>#]/cursor+}\\
- remove the cursor and append it before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
- \item{\verb+c/p/cursor+}\\
- repace the cursor with the $\SLDROP$.
+ replace the \G{} node with the cursor.
+
\end{description}
\section{Right Drop Rules}
\begin{description}
- %drop_prev_script(false). The results aren't \NLDROP's parent dependent.
- \item{\verb+.[<sp|sb>#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and append it to the preceding script.
- %drop_prev_group(false). The results are \NLDROP's parent independent.
- \item{\verb+.[g#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and append it to the \G{} node.
+ %********************************************* \NLDROP has a preceding node *********************************************
- %drop_prev_macro(false). The results aren't \NLDROP's parent dependent, unless the macro is undefined.
- \item{\verb+.[c[@pattern+$\sim$\verb+')'][g$]#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and append it to the \G{} node.
- \item{\verb+.[c[@pattern='(]'][^g[^$]$]#]/+$\NLDROP$}\\
- remove the \CNODE{} node.
- \item{\verb+.[c[@pattern='(]'][^g[_]$]#]/+$\NLDROP$}\\
- replace the \CNODE{} node with the content of the \G{} node.
- \item{\verb+.[c[*]#]/+$\NLDROP$}\\
+ %rule handling the case where the preceding node is a token or an empty macro.
+ \item{\verb+*[(i||n||o||s||c[^$])#]/+$\NLDROP$}\\
+ remove the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or the \CNODE{} node.
+ %rule handling the case where the preceding node is a group
+ \item{\verb+*[g#]/+$\NLDROP$}\\
+ remove the $\NLDROP$ append it to the \G{} node.
+ %rule handling the case where the preceding node is a script
+ \item{\verb+*[<sp|sb>#]/+$\NLDROP$}\\
+ remove the $\NLDROP$ append it to the \SP{} or \SB{} node.
+ %rule handling the case where the preceding node is an open-right macro
+ \item{\verb+*[(c[^p[@right-open='1']$])#]/+$\NLDROP$}\\
+ remove the $\NLDROP$ and append it to the \PNODE{} node.
+ %rule handling the case where the preceding node is a left-open macro (and not right-open), and the p node of this macro has no children
+ \item{\verb+*[(c[^p[!(@right-open='1')][@left-open='1'][^$]$])#]/+$\NLDROP$}\\
+ remove the \CNODE node.
+ %rule handling the case where the preceding node is a left-open macro (and not right-open), and the p node of this macro has children
+ \item{\verb+*[(c[^p[!(@right-open='1')][@left-open='1']$])#]/+$\NLDROP$}\\
+ replace the \CNODE{} node with the content of the \PNODE{} node.
+ %rule handling the case where the preceding node is a macro with parameter(s)
+ \item{\verb+*[c#]/+$\NLDROP$}\\
remove the $\NLDROP$ and append it to the \CNODE{} node.
- \item{\verb+.[c[^$]#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \CNODE{} with the cursor.
-
- %drop_prev_macro(false), when the macro is undefined and the NLDROP's parent is not a group with id
- \item{\verb+<!g[@id]>[c[@undefined='1']#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \CNODE{} node with the cursor.
-
- %drop_prev_macro(false), when the macro is undefined and the \NLDROP's parent is a group with id.
- \item{\verb+g[@id][^c[@undefined='1']#$]/+$\NLDROP$}\\
- remove the \CNODE{} node.
- \item{\verb+g[@id][^c[@undefined='1']#._]+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \CNODE{} node with the cursor.
- \item{\verb+g[@id][_.c[@undefined='1']#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \CNODE{} node with the cursor.
-
- %drop_prev_token(false), when the \NLDROP's parent is not a group with id.
- \item{\verb+<!g[@id]>[_<i|n|o|s>#_]/+$\NLDROP$}\\
- replace the node preceding the $\NLDROP$ with the cursor and remove the $\NLDROP$.
-
- %drop_prev_token(false), when the cursor's parent is a group with id.
- \item{\verb+g[@id][^<i|n|o|s>#$]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \INODE{}, \NNODE{}, \ONODE{} or \SNODE{} with the $\NLDROP$.
- \item{\verb+g[@id][^<i|n|o|s>#._]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \INODE{}, \NNODE{}, \ONODE{} or \SNODE{} with the cursor.
- \item{\verb+g[@id][_.<i|n|o|s>#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and replace the \INODE{}, \NNODE{}, \ONODE{} or \SNODE{} with the cursor.
-
- %rgreplace_father().
- \item{\verb+g[@id][^#$]/+$\NLDROP$}\\
- replace the \G{} node with the $\NLDROP$.
- %situations where the \NLDROP is a script's child.
- \item{\verb+<sp|sb>[^g[^$]#$]/+$\NLDROP$}\\
- replace the \SP{} or \SB{} node with the $\NLDROP$.
- \item{\verb+<sp|sb>[^<!g[^$]#$>]/+$\NLDROP$}\\
- replace the \SP{} or \SB{} with the non-\G{} node and insert the $\NLDROP$ after it.
+ %rule handling the deletion of primes in superscript
+
+ %there are more than one prime in the phantom group
+ \item{\verb+sp[!(@id)][*#$]/g[!(@id)][o#]/+$\NLDROP$}\\
+ remove the \ONODE node, remove the $\NLDROP$ and insert the cursor after the \SP{} node.
+ %there is one and only one prime in the phantom group
+ \item{\verb+sp[!(@id)][*#$]/g[!(@id)][^o#]/+$\NLDROP$}\\
+ replace the \SP{} node with it's first child and insert the cursor after it
- %situations where the \NLDROP is a macro's child.
+ %*** rules handling the case where the \NLDROP's parent is a macro (with parameter) ***
+
+ %the node preceding the \NLDROP is a delimiter
+ \item{\verb+c[(<i|n|o|s|c>)#]/+$\NLDROP$}\\
+ remove the $\NLDROP$ and insert it before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+ %the node preceding the \NLDROP is parameter
\item{\verb+c[p#]/+$\NLDROP$}\\
remove the $\NLDROP$ and append it to the \PNODE{} node.
- \item{\verb+c[<i|n|o|s|c>#]/+$\NLDROP$}\\
- remove the $\NLDROP$ and insert it before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or the \CNODE node.
- \item{\verb+c[^#][p[*]]/+$\NLDROP$}\\
- nothing to drop. Not all the parameters are empty.
- \item{\verb+c[!p[*]][^#]/+$NLDROP$}\\
- replace the macro with the $\NLDROP$.
-
- %situations where the cursor is a phantom group's child and has no preceding node.
- \item{\verb+math/g[!@id][^#$]/+$\NLDROP$}\\
- nothing to drop.
- \item{\verb+c[@pattern='()'][^g[^$]#$]/g[!@id][^#$]/+$\NLDROP$}\\
- replace the \CNODE{} node with the $\NLDROP$
- \item{\verb+c[@pattern='()'][^g[*]#$]/g[!@id][^#$]/+$\NLDROP$}\\
- remove the $\NLDROP$, insert the $\NLDROP$ after the \CNODE{} node replace the \CNODE{} node with the content of the first \G{} node.
- \item{\verb+c[@pattern='[)'][^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- replace the \CNODE{} node with the $\NLDROP$.
- \item{\verb+c[@pattern='(]']/g[^#$]/+$\NLDROP$}\\
- error.
- \item{\verb+c[@table='1']/p[^#$]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- replace the \CNODE{} with the cursor.
- \item{\verb+c[@table='1']/p[row[cell[^g[!@id]$]$]#_]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- remove the \ROW{} node in which the $\NLDROP$ is and append the cursor to the \G{} node.
- \item{\verb+c[@table='1']/p[^#row_]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- nothing to drop.
- \item{\verb+row[_cell[^g[!@id]$]#_]/cell[^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- remove the cell in which the $\NLDROP$ is and append the cursor to the \G{} node of the preceding \CELL{} node.
- \item{\verb+row[^#cell_]/cell[^#$]/g[!@id][^#$]/+$\NLDROP$}\\
- nothing to drop.
- \item{\verb+sp[^*#$]/g[^#$]/+$\NLDROP$}\\
- replace the \SP{} node with it's first child and insert the cursor after it.
- \item{\verb+sp[^*#$]/g[o#_]/+$\NLDROP$}\\
- remove the \ONODE{}, remove the $\NLDROP$ and insert the cursor after the \SP{} node.
- %situations where \NLDROP is a p's child
- \item{\verb+c/p[^#$]/+$\NLDROP$}\\
- remove the $\NLDROP$ and insert it before the \PNODE{} node.
+ %********************************************* the \NLDROP has no preceding nodes ****************************************************
+
+ %if the \NLDROP has no preceding nodes, but has following nodes...
+ \item{\verb+<g|p>[#*]/+$\NLDROP$}\\
+ replace the $\NLDROP$ with the cursor.
+ %rule handling the case where the $\NLDROP$ is the only child of a group with id.
+ \item{\verb+g[@id][^#$]/+$\NLDROP$}\\
+ replace the \G{} node with the $\NLDROP$.
+ %\NLDROP is the first child of a macro with no inserted parameter
+ \item{\verb+c[!(p[*])][^#]/+$\NLDROP$}\\
+ replace the \CNODE{} with the $\NLDROP$.
+ %\NLDROP is the first child of a macro with some inserted parameter
+ \item{\verb+c[p[*]][^#]/+$\NLDROP$}\\
+ put the cursor in the first \PNODE{} node.
+
+
+ %**** rule handling the case where the \NLDROP has a preceding token or a preceding empty macro, which is either undefined or empty ****
+
+ %%the \NLDROP's parent is neither a macro nor a phantom group which in turn is a sp's child and the token is a prime
+ %\item{\verb+*[(i||n||o||s||c[^$])#]/+$\NLDROP$}\\
+ %replace the \INODE{}, \NNODE{}, \SNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node with the cursor and remove the $\NLDROP$.
+ %%the \NLDROP's parent is a macro with argument
+ %\item{\verb+c[((!(p[@left-open='1']))&(!(p[@right-open+'1'])))][(i||n||o||s||c[^$])#]/+$\NLDROP$}\\
+ %remove the $\NLDROP$ and insert it before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or \CNODE{} node.
+ %%rule handling the case where the \NLDROP's parent is a phantom group, which in turn is a sp's child
+ %\item{\verb+sp[!(@id)][^*#$]/g[!(@id)][o#$]/+$\NLDROP$}\\
+ %remove the \ONODE{} node
+
+ %********************************* rules handling the case where the \NLDROP has a preceding group **************************************
+ \item{\verb+*[g#]/+$\NLDROP$}\\
+ remove the $\NLDROP$ and append it to the \G{} node.
\end{description}
\begin{description}
- %drop_prev_script(true). The results aren't cursor's parent dependent.
- \item{\verb+.[<sp|sb>#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and append it to the preceding script.
-
- %drop_prev_group(true). The results are cursor's parent independent.
- \item{\verb+.[g#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and append it to the \G{} node.
-
- %drop_prev_macro(true). The results aren't cursor's parent dependent.
- \item{\verb+.[c[undefined='1']#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and replace the \CNODE{} with the cursor.
- \item{\verb+.[c[@pattern~')'][g$]#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and append the cursor to the \G{} node.
- \item{\verb+.[c[@pattern='(]'][^g[^$]$]#]/+$\SLDROP$}\\
- remove the \CNODE{} node and replace the $\SLDROP$ with the cursor.
- \item{\verb+.[c[@pattern='(]'][^g[_]$]#]/+$\SLDROP$}\\
- replace the \CNODE{} node with the content of the \G{} node and replace the $\SLDROP$ with the cursor.
- \item{\verb+.[c[*]#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and append it to the \CNODE{} node.
- \item{\verb+.[c[^$]#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and replace the \CNODE{} with the cursor.
- %here, we have to return the macro's name to the lexer.
-
- %drop_prev_token(true). The results aren't \SLDROP's parent dependent.
- \item{\verb+.[_<i|n|o|s>#_]/+$\SLDROP$}\\
- replace the node preceding the $\SLDROP$ with the cursor and remove the $\SLDROP$.
-
- %situations where the \SLDROP is a script's child.
- \item{\verb+<sp|sb>[^g[@id][^$]#$]/+$\SLDROP$}\\
- replace the \SP{} or \SB{} node with the \G{} node and insert the cursor after it.
- \item{\verb+<sp|sb>[^<g[!@id][^$]#$>]/+$\SLDROP$}\\
- replace the \SP{} or \SB{} with the cursor.
- \item{\verb+<sp|sb>[^*#$]/+$\SLDROP$}\\
- replace the \SP{} or \SB{} node with it's first child and insert the cursor after it.
-
- %situations where the \SLDROP is a macro's child.
- \item{\verb+c[p#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and append it to the \PNODE{} node.
- \item{\verb+c[<i|n|o|s|c>#]/+$\SLDROP$}\\
- remove the $\SLDROP$ and insert the cursor before the \INODE{}, \NNODE{}, \ONODE{}, \SNODE{} or the \CNODE node.
- \item{\verb+c[^#][p[*]]/+$\SLDROP$}\\
- nothing to drop. Not all the parameters are empty.
- \item{\verb+c[!p[*]][^#]/+$SLDROP$}\\
- replace the macro with the cursor.
-
- %situations where the \SLDROP is a phantom group's child and has no preceding node.
- \item{\verb+math/g[!@id][^#$]/+$\SLDROP$}\\
- nothing to drop.
- \item{\verb+c[@pattern='()'][^g[^$]#$]/g[!@id][^#$]/+$\SLDROP$}\\
- replace the \CNODE{} node with the cursor.
- \item{\verb+c[@pattern='()'][^g[*]#$]/g[!@id][^#$]/+$\SLDROP$}\\
- replace the \CNODE{} with the content of the first group and insert the cursor after it.
- \item{\verb+c[@pattern='[)'][^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- replace the \CNODE{} node with the cursor.
- \item{\verb+c[@pattern='(]']/g[^#$]/+$\SLDROP$}\\
- error.
- \item{\verb+c[@table='1']/p[^#$]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- replace the \ROW{} with the cursor.
- \item{\verb+c[@table='1']/p[row[cell[^g[!@id]$]$]#_]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- remove the \ROW{} node in which the $\SLDROP$ is and append the cursor to the \G{} node.
- \item{\verb+c[@table='1']/p[^#row_]/row[^#$]/cell[^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- nothing to drop.
- \item{\verb+row[_cell[^g[!@id]$]#_]/cell[^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- remove the cell in which the $\SLDROP$ is and append the cursor to the \G{} node of the preceding \CELL{} node.
- \item{\verb+row[^#cell_]/cell[^#$]/g[!@id][^#$]/+$\SLDROP$}\\
- nothing to drop.
- \item{\verb+sp[^*#$]/g[^#$]/+$\SLDROP$}\\
- replace the \SP{} node with it's first child and insert the cursor after it.
- \item{\verb+sp[^*#$]/g[o#_]/+$\SLDROP$}\\
- remove the \ONODE{}, remove the $\SLDROP$ and insert the cursor after the \SP{} node.
-
- %situations where the \SLDROP is a p's child
- \item{\verb+c/p[^#$]/+$\SLDROP$}\\
- remove the $\SLDROP$ and insert it before the \PNODE{}.
+ \item{special left}\\
\end{description}
projects / helm.git / commitdiff