TeX - LaTeX Asked by Dario on April 20, 2021
I have the following file containing my tables. The preamble is the one given by the journal I am going to send my paper:
documentclass[twoside]{article}
makeatletterif@twocolumnPassOptionsToPackage{switch}{lineno}elsefimakeatother
usepackage{amsmath,amsfonts,amsbsy,amssymb,tabulary,graphicx,times,caption,fancyhdr}
usepackage[utf8]{inputenc}
usepackage[paperheight=10in,paperwidth=6.5in,margin=2cm,headsep=.5cm,top=2.5cm]{geometry}
renewenvironment{abstract} {vspace*{-1pc}trivlistitem[]leftskipoupIndenthrulefillparvskip4ptnoindenttextbf{abstractname}mbox{null}}{parnoindenthrulefillendtrivlist}
linespread{1.13} date{}
captionsetup[figure]{labelfont=sc,skip=1.4pt,aboveskip=1pc}
captionsetup[table]{labelfont=sc,skip=1.4pt,labelsep=newline}
makeatletterdefoupIndent{1pt}
defauthor#1{gdef@author{hskip-dimexpr(tabcolsep)hskipoupIndentparbox{dimexprtextwidth-oupIndent}{centeringbfseries#1}}}
deftitle#1{gdef@title{centeringbfseriesifx@articleType@emptyelse@articleTypefi#1}}
let@articleType@empty defarticletype#1{gdef@articleType{{normalitshape#1}}}
makeatother
tolerance=400
usepackage{url,multirow,morefloats,floatflt,cancel,tfrupee}
makeatletter
AtBeginDocument{@ifpackageloaded{textcomp}{}{usepackage{textcomp}}}
makeatother
usepackage{colortbl}
usepackage{xcolor}
usepackage{pifont}
usepackage[nointegrals]{wasysym}
usepackage{adjustbox}
urlstyle{rm}
makeatletter
%%%For Table column width calculation.
defmcWidth#1{csname TY@F#1endcsname+tabcolsep}
%%Hacking center and right align for table
defcAlignHack{rightskip@flushglueleftskip@flushglueparindentz@parfillskipz@skip}
defrAlignHack{rightskipz@skipleftskip@flushglue parindentz@parfillskipz@skip}
%Etal definition in references
@ifundefined{etal}{defetal{textit{et~al}}}{}
%if@twocolumnusepackage{dblfloatfix}fi
usepackage{ifxetex}
ifxetexelseif@twocolumn@ifpackageloaded{stfloats}{}{usepackage{dblfloatfix}}fifi
AtBeginDocument{
expandafterifxcsname eqalignendcsnamerelax
defeqalign#1{nullvcenter{def{cr}openupjotm@th
ialign{strut$displaystyle{##}$hfil&$displaystyle{{}##}$hfil
crcr#1crcr}},}
fi
}
%For fixing hardfail when unicode letters appear inside table with endfloat
AtBeginDocument{%
@ifpackageloaded{endfloat}%
{renewcommandefloat@iwrite[1]{immediateexpandafterprotected@writecsname efloat@post#1endcsname{}}}{newififefloat@tables}%
}%
defBreakURLText#1{@tforbrk@tempa:=#1do{brk@tempahskip0pt}}
letlt=<
letgt=>
defprocessVert{ifmmode|elsetextbarfi}
letprocessvertprocessVert
@ifundefined{subparagraph}{
defsubparagraph{@startsection{paragraph}{5}{2parindent}{0ex plus 0.1ex minus 0.1ex}%
{0ex}{normalfontsmallitshape}}%
}{}
% These are now gobbled, so won't appear in the PDF.
newcommandrole[1]{unskip}
newcommandaucollab[1]{unskip}
@ifundefined{tsGraphicsScaleX}{gdeftsGraphicsScaleX{1}}{}
@ifundefined{tsGraphicsScaleY}{gdeftsGraphicsScaleY{.9}}{}
% To automatically resize figures to fit inside the text area
defcheckGraphicsWidth{ifdimGin@nat@width>linewidth
tsGraphicsScaleXlinewidthelseGin@nat@widthfi}
defcheckGraphicsHeight{ifdimGin@nat@height>.9textheight
tsGraphicsScaleYtextheightelseGin@nat@heightfi}
deffixFloatSize#1{}%@ifundefined{processdelayedfloats}{setbox0=hbox{includegraphics{#1}}ifnumwd0<columnwidthrelaxrenewenvironment{figure*}{begin{figure}}{end{figure}}fi}{}}
letts@includegraphicsincludegraphics
definlinegraphic[#1]#2{{edef@tempa{#1}edefbaseline@shift{ifx@tempa@empty0else#1fi}edeftempZ{thenumexpr(numexpr(baseline@shift*f@size/100))}protectraisebox{tempZ pt}{ts@includegraphics{#2}}}}
%renewcommand{includegraphics}[1]{ts@includegraphics[width=checkGraphicsWidth]{#1}}
AtBeginDocument{defincludegraphics{@ifnextchar[{ts@includegraphics}{ts@includegraphics[width=checkGraphicsWidth,height=checkGraphicsHeight,keepaspectratio]}}}
DeclareMathAlphabet{mathpzc}{OT1}{pzc}{m}{it}
defURL#1#2{@ifundefined{href}{#2}{href{#1}{#2}}}
%%For url break
defUrlOrds{do*do-do~do'do"do-}%
g@addto@macro{UrlBreaks}{UrlOrds}
edeffntEncoding{f@encoding}
defEUoneEnc{EU1}
makeatother
deffloatpagefraction{0.8}
defdblfloatpagefraction{0.8}
defstyle#1#2{#2}
defxxxguillemotleft{fontencoding{T1}selectfontguillemotleft}
defxxxguillemotright{fontencoding{T1}selectfontguillemotright}
newififmultipleabstractmultipleabstractfalse%
newenvironment{typesetAbstractGroup}{}{}%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
usepackage[authoryear]{natbib}
setcitestyle{aysep={,}}
usepackage[T1]{fontenc}
%%%%%
% Tables
%%%%%
usepackage{rotating}
usepackage{longtable}
usepackage{adjustbox}
usepackage{graphicx}
usepackage{booktabs, makecell, siunitx}
usepackage{eqparbox}
usepackage[referable,para]{threeparttablex}
usepackage{multirow}
usepackage{pdflscape}
usepackage{stackengine}
usepackage{interval}
usepackage{amsmath,ragged2e} % <-- new
usepackage{interval,pbox}
usepackage{float}
sisetup{group-separator={,}, table-format=1.3, table-space-text-post=***,
table-number-alignment =center}
newcommand*{MyIndent}
{hspace*{1.5cm}}
usepackage{dcolumn}
newcolumntype{d}[1]{D..{#1}}
newcommandmc[1]{multicolumn{1}{c}{#1}} % handy shortcut macro
newcommandmytab[1]{%
smash[b]{begin{tabular}[t]{@{}c@{}}#1end{tabular}}}
hyphenation{bur-kina}
usepackage{pgffor}
newcommandQuad[1][1]{foreach Quaddy in {1,...,#1}{quad}ignorespaces}
captionsetup[table]{labelfont=sc,skip=1.4pt,labelsep=newline}
begin{document}
begin{table}[H]
setlength{tabcolsep}{1.5pt}
centering
normalsize
defsym#1{ifmmode^{#1}else(^{#1})fi}
begin{threeparttable}
caption{Replication of Table 2 in Tabellini (2010) label{tabellini}}
begin{tabular}{l*{7}{d{2.5}}}
toprule toprule
&mc{(1)} &mc{(2)} &mc{(3)} &mc{(4)} &mc{(5)} &mc{(6)} &mc{(7)}
midrule
school &0.491sym{***} &0.785sym{***} &0.374sym{*} &0.769sym{***} &0.510sym{***} &0.376sym{*} &0.523sym{**}
&(0.146) &(0.172) &(0.200) &(0.233) &(0.170) &(0.198) &0.244
urb_rate1850 &0.616sym{***} &0.712sym{***} &0.615sym{***} &0.708sym{***} &0.805sym{***} &0.616sym{***} &0.741sym{***}
&(0.174) &(0.168) &(0.160) &(0.198) &(0.206) &(0.205) &0.151
pc_culture &0.578sym{***} & & & & & &
&(0.119) & & & & & &
pc_culture_pos & &0.707sym{***} & & & & &
& &(0.150) & & & & &
pc_children & & &0.572sym{***} & & & &
& & &(0.186) & & & &
control & & & &1.359 & & &
& & & &(0.828) & & &
trust & & & & &0.925sym{**} & &
& & & & &(0.384) & &
obedience & & & & & &-0.929sym{**} &
& & & & & &(0.456) &
respect & & & & & & &1.643sym{***}
& & & & & & &(0.512)
midrule
(N) &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} [1ex]
Moran p--value &mc{[0.001]} &mc{[0.000]} &mc{[0.004]} &mc{[0.015]} &mc{[0.001]} &mc{[0.028]} &mc{[0.001]}
bottomrule bottomrule
end{tabular}
begin{tablenotes}
small
item[]{{it{Notes}:} The table replicates the estimation contained in Table 2 of Tabellini (2010). Robust standard errors are in the brackets. At the bottom of the table the p--values associtated to the Moran's I tests are reported in []. The null hypothesis of the test is the absence of a spatial dependence in the residuals. The tests are based on the on the usage of a spatial matrix, $mathbf{W}$, which elements are the inverse of the distance between region $i$ and $j$, $frac{1}{w_{ij}}$.
*** $p<0.01$
**{phantom{*}} $p<0.05$
*{phantom{**}} $p<0.10$ }
end{tablenotes}
end{threeparttable}
end{table}
pagebreak
begin{table}[H]
setlength{tabcolsep}{1.5pt}
centering
normalsize
defsym#1{ifmmode^{#1}else(^{#1})fi}
begin{threeparttable}
caption{Estimation of the SARAR (1,1) model label{sarardW}}
begin{tabular}{l*{7}{d{2.5}}}
toprule toprule
&mc{(1)} &mc{(2)} &mc{(3)} &mc{(4)} &mc{(5)} &mc{(6)} &mc{(7)}
midrule
school &0.424sym{**} &0.680sym{***} &0.306sym{*} &0.617sym{**} &0.361 &0.322 &0.405sym{**}
&(0.185) &(0.210) &(0.182) &(0.245) &(0.242) &(0.212) &(0.180)
urb_rate1850 &0.563sym{***} &0.650sym{***} &0.524sym{***} &0.582sym{***} &0.700sym{***} &0.565sym{***} &0.619sym{***}
&(0.141) &(0.126) &(0.139) &(0.161) &(0.171) &(0.184) &(0.123)
pc_culture &0.497sym{***} & & & & & &
&(0.108) & & & & & &
pc_culture_pos & &0.658sym{***} & & & & &
& &(0.118) & & & & &
pc_children & & &0.494sym{***} & & & &
& & &(0.171) & & & &
control & & & &1.381sym{**} & & &
& & & &(0.688) & & &
trust & & & & &0.969sym{***} & &
& & & & &(0.313) & &
obedience & & & & & &-0.505 &
& & & & & &(0.448) &
respect & & & & & & &1.663sym{***}
& & & & & & &(0.390)
midrule
(N) &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69}
$zeta$ &mc{0.314} &mc{0.323} &mc{0.396} &mc{0.516} &mc{0.430} &mc{0.469} & mc{0.431}
&mc{[0.040]} &mc{[0.021]} &mc{[0.010]} &mc{[0.001]} &mc{[0.006]} &mc{[0.006]} &mc{[0.002]}
$rho$ &mc{-1.924} &mc{-2.158} &mc{-1.865} &mc{-1.655} &mc{-1.820} &mc{-1.506} &mc{-2.209}
&mc{[0.001]} &mc{[0.000]} &mc{[0.000]} &mc{[0.003]} &mc{[0.000]} &mc{[0.009]} &mc{[0.000]}
Wald test &mc{[0.000]} &mc{[0.000]} &mc{[0.001]} &mc{[0.000]} &mc{[0.001]} &mc{[0.003]} &mc{ [0.000]}
bottomrule bottomrule
end{tabular}
begin{tablenotes}
small
item[]{{it{Notes}:} The Table reports the estimations of the SARAR model in Eqs. (2) and (3). Analysis is performed using the spatial matrix, $mathbf{W}$, which elements are the inverse of the distance between region $i$ and $j$, $frac{1}{w_{ij}}$. Standard errors, reported in ( ), are robust to heteroskedasticity. P--values of the significance of the tests on $zeta$ and $rho$ and their joint significance are in [ ].
*** $p<0.01$
**{phantom{*}} $p<0.05$
*{phantom{**}} $p<0.10$ }
end{tablenotes}
end{threeparttable}
end{table}
pagebreak
begin{sidewaystable}
setlength{tabcolsep}{10pt}
centering
normalsize
defsym#1{ifmmode^{#1}else(^{#1})fi}
begin{threeparttable}
caption{Direct, indirect and total impact of culture on economic development label{DIT}}
begin{tabular}{l*{8}{d{2.5}}}
toprule toprule
Quad[6] &mc{pc_culture} &mc{pc_culture_pos} &mc{pc_children} &mc{control} &mc{trust} &mc{obedience} &mc{respect}
midrule
Direct &0.498sym{***} &0.661sym{***} &0.497sym{***} &1.397sym{**} &0.976sym{***} &-0.509 &1.676sym{***}
&(0.107) &(0.118) &(0.171) &(0.693) &(0.315) &(0.450) &(0.388)
Indirect & 0.198 &0.274sym{*} &0.282sym{**} &1.265 &0.633 &-0.385 &1.090sym{**}
&(0.125) &(0.161) &(0.161) &(0.889) &(0.439) &(0.354) &(0.518)
Total &0.697sym{***} &0.934sym{***} &0.779sym{***} &2.662sym{*} &1.609sym{**} &-0.895 &2.765sym{***}
&(0.154) &0.193 &(0.250) &(1.381) &(0.642) &(0.750) &(0.613)
bottomrule bottomrule
end{tabular}
begin{tablenotes}
small
item[]{The Table decomposes the total effect of culture on economic development. The direct effect coincides with the coefficients reported in Table 2.
*** $p<0.01$
**{phantom{*}} $p<0.05$
*{phantom{**}} $p<0.10$ }
end{tablenotes}
end{threeparttable}
end{sidewaystable}
pagebreak
begin{table}[H]
setlength{tabcolsep}{1.5pt}
centering
normalsize
defsym#1{ifmmode^{#1}else(^{#1})fi}
begin{threeparttable}
caption{Estimation of the SARAR (1,1) model label{sarardW}}
begin{tabular}{l*{8}{d{2.5}}}
toprule toprule
&mc{(1)} &mc{(2)} &mc{(3)} &mc{(4)} &mc{(5)} &mc{(6)} &mc{(7)}
&mc{(8)}
midrule
school &0.433sym{**} &0.495sym{***} &0.821sym{***} &0.350sym{*} &0.646sym{**} &0.401sym{*} &0.366sym{*} &0.493sym{***}
&(0.188) &(0.185) &(0.225) &(0.185) &(0.287) &(0.230) &(0.209) &(0.185)
urb_rate1850 &0.548sym{***} &0.602sym{***} &0.720sym{***} &0.512sym{***} &0.600sym{***} &0.733sym{***} &0.608sym{***} &0.648sym{***}
&(0.142) &(0.141) &(0.124) &(0.134) &(0.161) &(0.175) &(0.203) &(0.116)
pc_culture &0.612sym{***} & & & & & & &
&(0.121) & & & & & & &
pc_cultcond & &0.538sym{***} & & & & & &
& &(0.144) & & & & & &
pc_culposcon & & &0.739sym{***} & & & & &
& & &(0.143) & & & & &
pc_childcond & & & &0.538sym{***} & & & &
& & & &(0.183) & & & &
control_cond & & & & &1.342 & & &
& & & & &(1.015) & & &
trust_cond & & & & & &0.901sym{**} & &
& & & & & &(0.378) & &
obcond & & & & & & &-0.186 &
& & & & & & &(0.555) &
respect_cond & & & & & & & &1.981sym{***}
& & & & & & & &(0.339)
midrule
(N) &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69} &mc{69}
$zeta$ &mc{0.314} &mc{0.323} &mc{0.396} &mc{0.516} &mc{0.430} &mc{0.469} & mc{0.431}
&mc{[0.040]} &mc{[0.021]} &mc{[0.010]} &mc{[0.001]} &mc{[0.006]} &mc{[0.006]} &mc{[0.002]}
$rho$ &mc{-1.924} &mc{-2.158} &mc{-1.865} &mc{-1.655} &mc{-1.820} &mc{-1.506} &mc{-2.209}
&mc{[0.001]} &mc{[0.000]} &mc{[0.000]} &mc{[0.003]} &mc{[0.000]} &mc{[0.009]} &mc{[0.000]}
Wald test &mc{[0.000]} &mc{[0.000]} &mc{[0.001]} &mc{[0.000]} &mc{[0.001]} &mc{[0.003]} &mc{ [0.000]}
bottomrule bottomrule
end{tabular}
begin{tablenotes}
small
item[]{{it{Notes}:} The Table reports the estimations of the SARAR model in Eqs. (2) and (3). Analysis is performed using the spatial matrix, $mathbf{W}$, which elements are the inverse of the distance between region $i$ and $j$, $frac{1}{w_{ij}}$. Standard errors, reported in ( ), are robust to heteroskedasticity. P--values of the significance of the tests on $zeta$ and $rho$ and their joint significance are in [ ].
*** $p<0.01$
**{phantom{*}} $p<0.05$
*{phantom{**}} $p<0.10$ }
end{tablenotes}
end{threeparttable}
end{table}
end{document}
I cannot figure out why table 3 is reported after table 4. Any hint on this?
First you can use [!htbp] instead of [H] to make the table appear where it is in the document [here,top,bottom,page]. Furthermore your table 3 has not such an argument. So write begin{sidewaystable}[!htbp]. Then it should work.
Here you have a short overview about table and figure enviroments.
Here you can find an explanation between the difference of [h] and [H].
Correct answer by Roland on April 20, 2021
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