On 10/02/2011 10:54 PM, David L. Johnson wrote:
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the annotations from different
lines of the equation
On 10/03/2011 11:23 AM, Abiel Reinhart wrote:
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the align environment, with
equation= in the first
On 10/03/2011 11:45 AM, Abiel Reinhart wrote:
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the
On 03/10/2011 10:25 PM, David L. Johnson wrote:
The justification is different in LyX than it is in the output, which
might be something to worry about in the future.
I also have found that the display in LyX of the alignment of math
columns can get confused, although when you close and
On 10/02/2011 10:54 PM, David L. Johnson wrote:
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the annotations from different
lines of the equation
On 10/03/2011 11:23 AM, Abiel Reinhart wrote:
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the align environment, with
equation= in the first
On 10/03/2011 11:45 AM, Abiel Reinhart wrote:
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the
On 03/10/2011 10:25 PM, David L. Johnson wrote:
The justification is different in LyX than it is in the output, which
might be something to worry about in the future.
I also have found that the display in LyX of the alignment of math
columns can get confused, although when you close and
On 10/02/2011 10:54 PM, David L. Johnson wrote:
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the annotations from different
lines of the equation
On 10/03/2011 11:23 AM, Abiel Reinhart wrote:
I'm able to type plain text as you've suggested but I'm still unable
to get the alignment and spacing right. I can type text to the right
of an equation on a given line, spacing it out from the equation using
something like \quad. However, then the
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the align environment, with
equation= in the first
On 10/03/2011 11:45 AM, Abiel Reinhart wrote:
Thanks, after pasting in the text and then examining it I was able to
figure out the correct approach. It appears my earlier alignment
difficulty stemmed from placing the equals sign in its own column. Now
I create a four-column structure in the
On 03/10/2011 10:25 PM, David L. Johnson wrote:
The justification is different in LyX than it is in the output, which
might be something to worry about in the future.
I also have found that the display in LyX of the alignment of math
columns can get confused, although when you close and
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
proof.
In pure LaTeX I could accomplish this
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
proof.
In pure LaTeX I could accomplish this
On 10/02/2011 08:27 PM, Abiel Reinhart wrote:
I'm trying to understand how I can add annotations that sit to the
right of each line of a multiline equation. For example, in a proof,
such annotations might provide justification for each step in the
proof.
In pure LaTeX I could accomplish this
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