Adding symbols to LyX

Gentle LyX developers: What would it take to incorporate a couple of missing logical connectives? The symbols \boxright and \Diamondright from the txfonts package are used very commonly in modal logic to express the *would* and *might* counterfactual conditionals. (Kludged up out of separate

Re: square brackets in linguistic tree structurs

Use the qtree package. The following code should do it: \Tree[.CP [.PP {lamata [Op] } ] [.C' [.C_0 ] [.AGRsP ] ] ] On Mon, Feb 2, 2015 at 2:13 PM, Michael Berger id...@online.de wrote: Hi , in writing linguistic tree structures square brackets are syntax reserved elements. The screenshot

Re: change tracking

Le 02/02/2015 11:48, Patrick Dupre a écrit : Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Unfortunately not. This is not yet implemented. JMarc

change tracking

Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Thank. === Patrick DUPRÉ | | email: pdu...@gmx.com

Re: square brackets in linguistic tree structurs

Maria, I use the forest package. But looking at your proposal I am confident it is going to work as well in forest. Will try it and post the list on the result. Thanks, Michael On 02/02/2015 11:48 PM, Maria Gouskova wrote: Use the qtree package. The following code should do it: \Tree[.CP

Re: square brackets in linguistic tree structurs

As already anticipated the code proposed by Maria (using the tree package) does the job as well using the forest package. \begin{forest} [CP [PP[{lamata [Op]}]] [C' [C$_O$] [AGRsP] ]] \end{forest} and returns in my tree as desired: lamata [Op] Thanks On 02/02/2015 11:48 PM, Maria Gouskova

square brackets in linguistic tree structurs

Hi , in writing linguistic tree structures square brackets are syntax reserved elements. The screenshot shows (Op) whereas [Op] would be desired. Can somebody explain if and how that could be possibly accomplished? Thanks and cheers

change tracking

Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Thank. === Patrick DUPRÉ | | email: pdu...@gmx.com

Re: change tracking

Le 02/02/2015 11:48, Patrick Dupre a écrit : Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Unfortunately not. This is not yet implemented. JMarc

square brackets in linguistic tree structurs

Hi , in writing linguistic tree structures square brackets are syntax reserved elements. The screenshot shows (Op) whereas [Op] would be desired. Can somebody explain if and how that could be possibly accomplished? Thanks and cheers

Adding symbols to LyX

Gentle LyX developers: What would it take to incorporate a couple of missing logical connectives? The symbols \boxright and \Diamondright from the txfonts package are used very commonly in modal logic to express the *would* and *might* counterfactual conditionals. (Kludged up out of separate

Re: square brackets in linguistic tree structurs

Use the qtree package. The following code should do it: \Tree[.CP [.PP {lamata [Op] } ] [.C' [.C_0 ] [.AGRsP ] ] ] On Mon, Feb 2, 2015 at 2:13 PM, Michael Berger id...@online.de wrote: Hi , in writing linguistic tree structures square brackets are syntax reserved elements. The screenshot

Re: square brackets in linguistic tree structurs

Maria, I use the forest package. But looking at your proposal I am confident it is going to work as well in forest. Will try it and post the list on the result. Thanks, Michael On 02/02/2015 11:48 PM, Maria Gouskova wrote: Use the qtree package. The following code should do it: \Tree[.CP

Re: square brackets in linguistic tree structurs

As already anticipated the code proposed by Maria (using the tree package) does the job as well using the forest package. \begin{forest} [CP [PP[{lamata [Op]}]] [C' [C$_O$] [AGRsP] ]] \end{forest} and returns in my tree as desired: lamata [Op] Thanks On 02/02/2015 11:48 PM, Maria Gouskova

change tracking

Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Thank. === Patrick DUPRÉ | | email: pdu...@gmx.com

Re: change tracking

Le 02/02/2015 11:48, Patrick Dupre a écrit : Hello, The tool change tracking is very convenient. However, it seems that it does not work in formula mode. Did I miss something? Unfortunately not. This is not yet implemented. JMarc

square brackets in linguistic tree structurs

Hi , in writing linguistic tree structures square brackets are syntax reserved elements. The screenshot shows (Op) whereas [Op] would be desired. Can somebody explain if and how that could be possibly accomplished? Thanks and cheers

Adding symbols to LyX

Gentle LyX developers: What would it take to incorporate a couple of missing logical connectives? The symbols \boxright and \Diamondright from the txfonts package are used very commonly in modal logic to express the *would* and *might* counterfactual conditionals. (Kludged up out of separate

Re: square brackets in linguistic tree structurs

Use the qtree package. The following code should do it: \Tree[.CP [.PP {lamata [Op] } ] [.C' [.C_0 ] [.AGRsP ] ] ] On Mon, Feb 2, 2015 at 2:13 PM, Michael Berger wrote: > Hi , > in writing linguistic tree structures square brackets are syntax reserved > elements. > The

Re: square brackets in linguistic tree structurs

Maria, I use the forest package. But looking at your proposal I am confident it is going to work as well in forest. Will try it and post the list on the result. Thanks, Michael On 02/02/2015 11:48 PM, Maria Gouskova wrote: Use the qtree package. The following code should do it: \Tree[.CP

Re: square brackets in linguistic tree structurs

As already anticipated the code proposed by Maria (using the tree package) does the job as well using the forest package. \begin{forest} [CP [PP[{lamata [Op]}]] [C' [C$_O$] [AGRsP] ]] \end{forest} and returns in my tree as desired: lamata [Op] Thanks On 02/02/2015 11:48 PM, Maria Gouskova