A 1.1.5fix \mathbf{} won't save!
I'm running Lyx 1.1.5fix2 on a clone PC Debian system (is 1.1.6fix1
available as a .deb package?).
I noticed that when I inserted the ERT code \mathbf{numbers} then viewed
the results via xdvi to make sure things were perfect. Then saved the
document and quit LyX. Then started LyX and opened up the document that
all of the \mathbf{} settings I had made would be gone! All other
changes would be saved as expected except it was as if I never inserted
the \mathbf{} statements!
Am I doing something wrong? What is the proper method of bolding parts
of equations?
A 1.1.5fix \mathbf{} won't save!
I'm running Lyx 1.1.5fix2 on a clone PC Debian system (is 1.1.6fix1
available as a .deb package?).
I noticed that when I inserted the ERT code \mathbf{numbers} then viewed
the results via xdvi to make sure things were perfect. Then saved the
document and quit LyX. Then started LyX and opened up the document that
all of the \mathbf{} settings I had made would be gone! All other
changes would be saved as expected except it was as if I never inserted
the \mathbf{} statements!
Am I doing something wrong? What is the proper method of bolding parts
of equations?
A 1.1.5fix \mathbf{} won't save!
I'm running Lyx 1.1.5fix2 on a clone PC Debian system (is 1.1.6fix1
available as a .deb package?).
I noticed that when I inserted the ERT code \mathbf{numbers} then viewed
the results via xdvi to make sure things were perfect. Then saved the
document and quit LyX. Then started LyX and opened up the document that
all of the \mathbf{} settings I had made would be gone! All other
changes would be saved as expected except it was as if I never inserted
the \mathbf{} statements!
Am I doing something wrong? What is the proper method of bolding parts
of equations?
Help on multi reference footnote
Is it possible to refrence an existing footnote instead of creating a new footnote? I tried labeling the foot note then cross-refrencing to it. That actually worked except the cross-refrence was regular size text and not superscripted like a regular footnote. I've looked for a superscript menu option but couldn't find one. I aknow in math mode you can get superscripting by pressing the '^' key. But you can't do cross-refrencing in math mode. Any ideas?
Help on multi reference footnote
Is it possible to refrence an existing footnote instead of creating a new footnote? I tried labeling the foot note then cross-refrencing to it. That actually worked except the cross-refrence was regular size text and not superscripted like a regular footnote. I've looked for a superscript menu option but couldn't find one. I aknow in math mode you can get superscripting by pressing the '^' key. But you can't do cross-refrencing in math mode. Any ideas?
Help on multi reference footnote
Is it possible to refrence an existing footnote instead of creating a new footnote? I tried labeling the foot note then cross-refrencing to it. That actually worked except the cross-refrence was regular size text and not superscripted like a regular footnote. I've looked for a superscript menu option but couldn't find one. I aknow in math mode you can get superscripting by pressing the '^' key. But you can't do cross-refrencing in math mode. Any ideas?
Simple equation format problem
Hello, LyX/LaTeX seems very good at displaying sophisticated mathematical problems. However, I can't seem to figure out how to display the underscore bar in a simple arithmatic problem like this: 9 x 5 40 I'm trying to figure out how to draw the line the seperates the problem from the answer.
Simple equation format problem
Hello, LyX/LaTeX seems very good at displaying sophisticated mathematical problems. However, I can't seem to figure out how to display the underscore bar in a simple arithmatic problem like this: 9 x 5 40 I'm trying to figure out how to draw the line the seperates the problem from the answer.
Simple equation format problem
Hello, LyX/LaTeX seems very good at displaying sophisticated mathematical problems. However, I can't seem to figure out how to display the underscore bar in a simple arithmatic problem like this: 9 x 5 40 I'm trying to figure out how to draw the line the seperates the problem from the answer.
