Is there a simple way to force matrix brackets to stretch according to phantom contents of `array`...
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Is there a simple way to force matrix brackets to stretch according to phantom contents of `array` environment?
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The output I get
The output I want is the same except that the brackets of the Z_bus matrix should stretch to contain phantom content of array environment as follows
Clearly, I can use phantom and define the array I need inside it, but after try to write the visible content bar{mathnormalbold{Z}}_{bus}, the content starts stretching further.
My MWE
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
align matrices arrays
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
add a comment |
The output I get
The output I want is the same except that the brackets of the Z_bus matrix should stretch to contain phantom content of array environment as follows
Clearly, I can use phantom and define the array I need inside it, but after try to write the visible content bar{mathnormalbold{Z}}_{bus}, the content starts stretching further.
My MWE
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
align matrices arrays
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
add a comment |
The output I get
The output I want is the same except that the brackets of the Z_bus matrix should stretch to contain phantom content of array environment as follows
Clearly, I can use phantom and define the array I need inside it, but after try to write the visible content bar{mathnormalbold{Z}}_{bus}, the content starts stretching further.
My MWE
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
align matrices arrays
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
The output I get
The output I want is the same except that the brackets of the Z_bus matrix should stretch to contain phantom content of array environment as follows
Clearly, I can use phantom and define the array I need inside it, but after try to write the visible content bar{mathnormalbold{Z}}_{bus}, the content starts stretching further.
My MWE
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
align matrices arrays
align matrices arrays
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
edited 11 hours ago
Al-Motasem Aldaoudeyeh
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
asked 11 hours ago
Al-Motasem AldaoudeyehAl-Motasem Aldaoudeyeh
1,588312
1,588312
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
Here is a solution with saveboxes:
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
newsavebox{mybox}
newsavebox{mysbox}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
savebox{mybox}{hbox{(begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array})}}savebox{mysbox}{hbox{(bar{Z}_{bus})}}
vphantom{usebox{mybox}}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}usebox{mysbox}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
It could be better to put this functionality inside a newcommand of course. Feel free to ask me for this if this way seems ok to you.
answered 11 hours ago
koleygrkoleygr
11.6k11038
add a comment |
Feel free to use wider rules (I don't think you should). I removed mathastext that yields a painful result.
documentclass{book}
usepackage{amsmath,bm}
newcommand{bigarraystretch}{renewcommand{arraystretch}{1.3}}
begin{document}
begingroupbigarraystretch
newcommand{Zbus}{%
begin{array}{@{} c | c c @{}}
bar{bm{Z}}_{GG} & bar{bm{Z}}_{GR_{i}} & bar{bm{Z}}_{GR_{j}} \
hline
bar{bm{Z}}_{R_{i}G} & bar{Z}_{RR,ii} & bar{Z}_{RR,ij} \
bar{bm{Z}}_{R_{j}G} & bar{Z}_{RR,ij} & bar{Z}_{R,jj}
end{array}%
}
begin{align}
left[begin{array}{@{}c@{}}
bm{V}_{G} \
hline
V_{R,i} \
V_{R,j}
end{array}right]
&=
begin{bmatrix}
vphantom{Zbus}
ooalign{hphantom{$Zbus$}crhfil$bar{bm{Z}}_{mathrm{bus}}$hfilcr}
end{bmatrix}
left[begin{array}{@{} c @{}}
bar{bm{I}}_{G} \
hline
bar{I}_{R,i} \
bar{I}_{R,j}
end{array}right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{bm{Z}}_{mathrm{bus}} &= left[Zbusright]
label{eq:Z_bus_hat_def}
end{align}
endgroup
end{document}
The idea is to save the contents of the Zbus matrix and to use ooalign to superimpose the symbol over the horizontal space taken by the matrix, with the vertical space before it to set the size of the brackets.
answered 8 hours ago
egregegreg
724k8819173221
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
Here is a solution with saveboxes:
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
newsavebox{mybox}
newsavebox{mysbox}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
savebox{mybox}{hbox{(begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array})}}savebox{mysbox}{hbox{(bar{Z}_{bus})}}
vphantom{usebox{mybox}}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}usebox{mysbox}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
It could be better to put this functionality inside a newcommand of course. Feel free to ask me for this if this way seems ok to you.
answered 11 hours ago
koleygrkoleygr
11.6k11038
add a comment |
Here is a solution with saveboxes:
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
newsavebox{mybox}
newsavebox{mysbox}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
savebox{mybox}{hbox{(begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array})}}savebox{mysbox}{hbox{(bar{Z}_{bus})}}
vphantom{usebox{mybox}}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}usebox{mysbox}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
It could be better to put this functionality inside a newcommand of course. Feel free to ask me for this if this way seems ok to you.
answered 11 hours ago
koleygrkoleygr
11.6k11038
add a comment |
Here is a solution with saveboxes:
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
newsavebox{mybox}
newsavebox{mysbox}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
savebox{mybox}{hbox{(begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array})}}savebox{mysbox}{hbox{(bar{Z}_{bus})}}
vphantom{usebox{mybox}}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}usebox{mysbox}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
It could be better to put this functionality inside a newcommand of course. Feel free to ask me for this if this way seems ok to you.
answered 11 hours ago
koleygrkoleygr
11.6k11038
Here is a solution with saveboxes:
documentclass{book}
% ========== Table packages ==========
usepackage{tabularx}
% BEGIN_FOLD
newcommand{arraystretchdefaultl}{1.3}
newcommand{arraystretchdefault}{ renewcommand{arraystretch}{arraystretchdefaultl} }
arraystretchdefault
% END_FOLD
usepackage{booktabs}
usepackage{makecell}
% ========== Equations and math packages ==========
usepackage{amsmath}
usepackage{amssymb, amsfonts}
usepackage{mathtools}
usepackage[defaultmathsizes, italic, eulergreek, symbolre, symbolmisc]{mathastext}
newsavebox{mybox}
newsavebox{mysbox}
begin{document}
begin{align}
left[
begin{array}{c}
mathnormalbold{V}_{G}
\
%
Xhline{0.25mm}
V_{R, thinspace i}
%
\
V_{R, thinspace j}
end{array}
right] &=
%
left[
savebox{mybox}{hbox{(begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
%
\
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array})}}savebox{mysbox}{hbox{(bar{Z}_{bus})}}
vphantom{usebox{mybox}}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}usebox{mysbox}hspace{dimexpr(dimexprwdmybox/2)-dimexpr(wdmysbox/2)}
right]
%
left[
begin{array}{c}
bar{mathnormalbold{I}}_{G}
\
Xhline{0.25mm}
%
bar{I}_{R, thinspace i}
\
%
bar{I}_{R, thinspace j}
end{array}
right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{mathnormalbold{Z}}_{bus} &=
left[
begin{array}{c !{vrule width 0.25mm}c c}
bar{mathnormalbold{Z}}_{GG} & bar{mathnormalbold{Z}}_{GR_{i}} & bar{mathnormalbold{Z}}_{GR_{j}}
\
Xhline{0.25mm}
%
bar{mathnormalbold{Z}}_{R_{i}G} & bar{Z}_{RR, thinspace ii} & bar{Z}_{RR, thinspace ij}
\
%
bar{mathnormalbold{Z}}_{R_{j}G} & bar{Z}_{RR, thinspace ij} & bar{Z}_{R, thinspace jj}
end{array}
right]
label{eq:Z_bus_hat_def}
end{align}
end{document}
It could be better to put this functionality inside a newcommand of course. Feel free to ask me for this if this way seems ok to you.
answered 11 hours ago
koleygrkoleygr
11.6k11038
answered 11 hours ago
koleygrkoleygr
11.6k11038
answered 11 hours ago
koleygrkoleygr
11.6k11038
answered 11 hours ago
koleygrkoleygr
11.6k11038
11.6k11038
add a comment |
add a comment |
Feel free to use wider rules (I don't think you should). I removed mathastext that yields a painful result.
documentclass{book}
usepackage{amsmath,bm}
newcommand{bigarraystretch}{renewcommand{arraystretch}{1.3}}
begin{document}
begingroupbigarraystretch
newcommand{Zbus}{%
begin{array}{@{} c | c c @{}}
bar{bm{Z}}_{GG} & bar{bm{Z}}_{GR_{i}} & bar{bm{Z}}_{GR_{j}} \
hline
bar{bm{Z}}_{R_{i}G} & bar{Z}_{RR,ii} & bar{Z}_{RR,ij} \
bar{bm{Z}}_{R_{j}G} & bar{Z}_{RR,ij} & bar{Z}_{R,jj}
end{array}%
}
begin{align}
left[begin{array}{@{}c@{}}
bm{V}_{G} \
hline
V_{R,i} \
V_{R,j}
end{array}right]
&=
begin{bmatrix}
vphantom{Zbus}
ooalign{hphantom{$Zbus$}crhfil$bar{bm{Z}}_{mathrm{bus}}$hfilcr}
end{bmatrix}
left[begin{array}{@{} c @{}}
bar{bm{I}}_{G} \
hline
bar{I}_{R,i} \
bar{I}_{R,j}
end{array}right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{bm{Z}}_{mathrm{bus}} &= left[Zbusright]
label{eq:Z_bus_hat_def}
end{align}
endgroup
end{document}
The idea is to save the contents of the Zbus matrix and to use ooalign to superimpose the symbol over the horizontal space taken by the matrix, with the vertical space before it to set the size of the brackets.
answered 8 hours ago
egregegreg
724k8819173221
add a comment |
Feel free to use wider rules (I don't think you should). I removed mathastext that yields a painful result.
documentclass{book}
usepackage{amsmath,bm}
newcommand{bigarraystretch}{renewcommand{arraystretch}{1.3}}
begin{document}
begingroupbigarraystretch
newcommand{Zbus}{%
begin{array}{@{} c | c c @{}}
bar{bm{Z}}_{GG} & bar{bm{Z}}_{GR_{i}} & bar{bm{Z}}_{GR_{j}} \
hline
bar{bm{Z}}_{R_{i}G} & bar{Z}_{RR,ii} & bar{Z}_{RR,ij} \
bar{bm{Z}}_{R_{j}G} & bar{Z}_{RR,ij} & bar{Z}_{R,jj}
end{array}%
}
begin{align}
left[begin{array}{@{}c@{}}
bm{V}_{G} \
hline
V_{R,i} \
V_{R,j}
end{array}right]
&=
begin{bmatrix}
vphantom{Zbus}
ooalign{hphantom{$Zbus$}crhfil$bar{bm{Z}}_{mathrm{bus}}$hfilcr}
end{bmatrix}
left[begin{array}{@{} c @{}}
bar{bm{I}}_{G} \
hline
bar{I}_{R,i} \
bar{I}_{R,j}
end{array}right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{bm{Z}}_{mathrm{bus}} &= left[Zbusright]
label{eq:Z_bus_hat_def}
end{align}
endgroup
end{document}
The idea is to save the contents of the Zbus matrix and to use ooalign to superimpose the symbol over the horizontal space taken by the matrix, with the vertical space before it to set the size of the brackets.
answered 8 hours ago
egregegreg
724k8819173221
add a comment |
Feel free to use wider rules (I don't think you should). I removed mathastext that yields a painful result.
documentclass{book}
usepackage{amsmath,bm}
newcommand{bigarraystretch}{renewcommand{arraystretch}{1.3}}
begin{document}
begingroupbigarraystretch
newcommand{Zbus}{%
begin{array}{@{} c | c c @{}}
bar{bm{Z}}_{GG} & bar{bm{Z}}_{GR_{i}} & bar{bm{Z}}_{GR_{j}} \
hline
bar{bm{Z}}_{R_{i}G} & bar{Z}_{RR,ii} & bar{Z}_{RR,ij} \
bar{bm{Z}}_{R_{j}G} & bar{Z}_{RR,ij} & bar{Z}_{R,jj}
end{array}%
}
begin{align}
left[begin{array}{@{}c@{}}
bm{V}_{G} \
hline
V_{R,i} \
V_{R,j}
end{array}right]
&=
begin{bmatrix}
vphantom{Zbus}
ooalign{hphantom{$Zbus$}crhfil$bar{bm{Z}}_{mathrm{bus}}$hfilcr}
end{bmatrix}
left[begin{array}{@{} c @{}}
bar{bm{I}}_{G} \
hline
bar{I}_{R,i} \
bar{I}_{R,j}
end{array}right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{bm{Z}}_{mathrm{bus}} &= left[Zbusright]
label{eq:Z_bus_hat_def}
end{align}
endgroup
end{document}
The idea is to save the contents of the Zbus matrix and to use ooalign to superimpose the symbol over the horizontal space taken by the matrix, with the vertical space before it to set the size of the brackets.
answered 8 hours ago
egregegreg
724k8819173221
Feel free to use wider rules (I don't think you should). I removed mathastext that yields a painful result.
documentclass{book}
usepackage{amsmath,bm}
newcommand{bigarraystretch}{renewcommand{arraystretch}{1.3}}
begin{document}
begingroupbigarraystretch
newcommand{Zbus}{%
begin{array}{@{} c | c c @{}}
bar{bm{Z}}_{GG} & bar{bm{Z}}_{GR_{i}} & bar{bm{Z}}_{GR_{j}} \
hline
bar{bm{Z}}_{R_{i}G} & bar{Z}_{RR,ii} & bar{Z}_{RR,ij} \
bar{bm{Z}}_{R_{j}G} & bar{Z}_{RR,ij} & bar{Z}_{R,jj}
end{array}%
}
begin{align}
left[begin{array}{@{}c@{}}
bm{V}_{G} \
hline
V_{R,i} \
V_{R,j}
end{array}right]
&=
begin{bmatrix}
vphantom{Zbus}
ooalign{hphantom{$Zbus$}crhfil$bar{bm{Z}}_{mathrm{bus}}$hfilcr}
end{bmatrix}
left[begin{array}{@{} c @{}}
bar{bm{I}}_{G} \
hline
bar{I}_{R,i} \
bar{I}_{R,j}
end{array}right]
label{eq:op_imp_load_RER_int_op}
\
intertext{where}
bar{bm{Z}}_{mathrm{bus}} &= left[Zbusright]
label{eq:Z_bus_hat_def}
end{align}
endgroup
end{document}
The idea is to save the contents of the Zbus matrix and to use ooalign to superimpose the symbol over the horizontal space taken by the matrix, with the vertical space before it to set the size of the brackets.
answered 8 hours ago
egregegreg
724k8819173221
answered 8 hours ago
egregegreg
724k8819173221
answered 8 hours ago
egregegreg
724k8819173221
answered 8 hours ago
egregegreg
724k8819173221
724k8819173221
add a comment |
add a comment |
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