Index of /CTAN/macros/latex/contrib/interfaces

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interfaces

interfaces with keys for other packages

FC

2011/02/19 – version3.1 – release–pgfv2.1 /pgfv2.0 compatible

Abstract

interfacesprovides a small number of user friendly macros to access features implemented in frequently used packages. Most of the macros are based onpgfkeys, hence the “key=value” syntax.

interfacesis mainly based onpgfkeys¹andscrlfilefor its different modules are loaded\AfterPackage.ε-TEX is required of course... Each interface is actually made as a separate module, which is loaded automatically after itsmaster package. Adding\usepackage{interfaces}into your document preamble will make all modules active (ie.they will be loaded or not, depending on your document preamble). If you prefer not to use all modules, you can load them separately as a package, for example, type: \usepackage{interfaces-titlesec} after\usepackage{titlesec}. A better way is to add\usepackage{interfaces-base}to your preamble, and then: \LoadInterface{titlesec,tocloft} indifferently before or after \usepackage{titlesec,tocloft}. An- other possibility to restrict the modules is to give them as options for the main package: \usepackage [titlesec,tocloft]{interfaces}.

interfaces-baseis a mandatory “module”. It loadsinterfaces-scrlfile, interfaces-etoolbox² and interfaces-pgfkeys: those are thesystem-layerofinterfaces.

Example

\pagesetup[document]{%

rules=.5pt,

foot/left/odd=\arabic{page},

foot/right/even=\arabic{page}/\pageref{LastPage}, head/font=\color[gray]{.85}\bfseries\small, head/left/even=\leftmark,

head/left=\thefirstmarks{MiniSection},% interfaces-marks }

\pagesetup[plain]{% for chapters...

pagestyle=document,% preloaded settings head=,

foot/left/odd = \roman{page}, norules, head/rule=.4pt head/center=This is the title, }

\sectionformat\section[hang]{

label=\arabic{section}, labelsep=,

font=\bfseries\Large,

bookmark={bold,color=blue},% interfaces-bookmark top=6pt plus3pt minus2pt,

bottom=3pt plus2pt,

break=\marksthecs{section}{lastsectiontoc},% interfaces-hypbmsec mark=\marksthe{section}{#1},% interfaces-marks

}

\sectionformat\subsection[hang]{

label=, labelsep=, font=\bfseries, bookmark=italic,

top∗=1.2,% a 120% scaling

bottom+=0pt plus4pt,% add to previous value mark=\markright{#1},

}

\sectionformat\MiniSection{% new sectionning command class=straight[\subparagraph],

shape=block, label=,

top=3pt plus2pt, bottom=1pt, font=\bfseries\sffamily, bookmark=off,% or false or none break=\allowbreak,

mark=\marksthe{MiniSection}{#1},% see interfaces-marks }

\bottomtitles=.2\textheight

\tocsetup{

depth=3, title=Contents, pagenumbers=on,

pagestyle=plain,% first page style: tocloftpagestyle title/top=1.5ex plus.5ex,

title/bottom=0pt, section/indent=1em, section/number/width=1.5em,

section/font+=\larger\bfseries,% append to previous setting section/leaders,section/dotsep,

subsection/indent=2em, subsection/number/width=2.5em,

subsubsection/font=\scriptsize,

subsection/leaders,subsection/dotsep,% default values subsubsection/pagenumbers=off,% no page numbers

subsubsection/dotsep=,% no leader columns=2,% same as twocolumns columns/sep=.5em,

columns/rule/width=1pt,columns/rule/color=blue, label=toc,% gives a label to the t.o.c.

bookmark={text=Contents,bold},% interfaces-bookmark }

\tableofcontents

\mainmatter \pagestyle{document}

This documentation is produced with theDocStriputility.

−→To get the package, run: etex interfaces.dtx

−→To get the documentation run (thrice): pdflatex interfaces.dtx

To get the index, run: makeindex -s gind.ist interfaces.idx The.dtxfile is embedded into this pdf file thank toembedfileby H. Oberdiek.

1.pgfkeys:CTAN:graphics/pgf/base/generic/pgf/utilities

2. All macros ininterfaces-etoolboxare defined with\providecommandexcept\removefromstartwhich is used by\repeatcell.

interfaces[rev.3.1–release]c–FC<florent.chervetatfree.fr>

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. . . .

4

2 Interface TikZ

. . . .

4

3 Interface titlesec:\sectionformat

. . . .

6

4 Interface hyperref

. . . .

8

5 Interface bookmark

. . . .

8

6 Interface hypbmsec

. . . .

9

7 Interface tocloft:\tocsetup

. . . .

10

8 Interface fancyhdr:\pagesetup

. . . .

12

9 Interface marks

. . . .

13

10 Interface makecell: \repeatcell

. . . . .

14

10.1 Conversion to scaled points

. . . .

15

10.2 Variable length cell

. . . .

¹⁵

10.3 Empty rows

. . . .

15

10.4 color palette

. . . .

16

10.5 tabularcalc-like tables (withdcolumnpackage) and pgfmath

. . . .

16

10.6 Double entry array: the Body Mass Index

. . .

17

11 Interface enumitem

. . . .

18

12 Interface truncate

. . . .

19

13 Interface appendix

. . . .

20

14 Interface embedfile:\embedthisfile

. . .

20

15 Interface environ

. . . .

20

16 Interface umrand

. . . .

20

17 Interface pgfkeys

. . . .

21

17.1 /.blank

. . . .

21

17.2 /.is private

. . . .

22

17.3 /.store in cs, /.estore in cs

. . . .

22

17.4 Boolean keys: /.true, /.false, /.on /.off

. . . . .

22

17.5 /.is multiple choice

. . . .

22

17.6 /.is enum

. . . .

22

17.7 /.store as code

. . . .

23

17.8 /.store as code in cs

. . . .

23

17.9 /.store as color

. . . .

23

17.10 /.store as color in cs

. . . .

23

17.11 /.store as number

. . . .

24

17.12 /.store as number in cs

. . . .

24

17.13 /.store as glue

. . . .

24

17.14 /.store as dimen

. . . .

24

17.15 /.store as glue in cs

. . . .

24

17.16 /.store as dimen in cs

. . . .

24

17.17 /.estore as dimen in cs

. . . .

24

18 Interface etoolbox

. . . .

25

18.1 New macros provided with\providecommand

.

25 19 Interface scrlfile

. . . .

25

19.1 Star forms for\BeforeFileand\AfterFile

.

25 19.2 Allowing\BeforeFileand\AfterFilewhen \@inputis invoked

. . . .

25

20 List of corrected or patched commands

. .

25

20.1 LaTeX

. . . .

26

20.2 bookmark

. . . .

26

20.3 tocloft

. . . .

26

20.4 colortbl

. . . .

26

20.5 hypbmsec

. . . .

27

20.6 enumitem

. . . .

27

20.7 pgfkeys

. . . .

27

21 Implementation

. . . .

28

21.1 Interfaces

. . . .

28

21.1.1 Requirements 21.1.2 The package options / list of interfaces 21.2 Interfaces-base

. . . .

28

21.2.1 Interfaces patches 21.2.2 Helper macros 21.2.3 Numbers 21.2.4 Units and math units 21.2.5 Default color 21.3 Interface L^ATEX

. . . .

33

21.3.1 \changefont 21.3.2 \quickprofile 21.4 Interface TikZ

. . . .

35

21.4.1 Catcode verifications 21.4.2 List of pgf/TikZ packages and libraries 21.4.3 pgfkeys definitions for\usetikz 21.4.4 \papergraduate 21.5 Interface titlesec:\sectionformat

. . . .

39

21.5.1 titlesec modifications 21.5.2 \sectionformat 21.5.3 Keys for\sectionformat 21.5.4 \bottomtitles 21.6 Interface hyperref

. . . .

46

21.7 Interface bookmark

. . . .

46

21.7.1 star keys*definitions 21.7.2 refandpagerefkeys 21.8 Interface hypbmsec

. . . .

49

21.8.1 interfaces-hypbmsec 21.9 Interface fancyhdr:\pagesetup

. . . .

52

21.9.1 \pagesetup 21.9.2 Keys for\pagesetup 21.10 marks

. . . .

65

21.11 Interface tocloft:\tocsetup

. . . .

66

21.12 Interface makecell:\repeatcell

. . . .

73

21.12.1 countvalues 21.12.2 \repeatcell 21.12.3 colortbl: patch for\CT@cellc 21.13 Interface enumitem

. . . .

79

21.14 Interface truncate

. . . .

80

21.15 Interface appendix

. . . .

82

21.16 Interface embedfile:\embedthisfile

. . . .

82

21.17 Interface environ

. . . .

83

21.18 Interface umrand

. . . .

83

21.19 Interface scrlfile

. . . .

83

21.20 Interface pgfkeys

. . . .

84

21.21 Interface etoolbox

. . . .

96

22 History

. . . .

99

[2011/02/19 v3.1]

. . . .

99

[2011/02/12 v3.0]

. . . .

99

[2011/01/19 v2.9]

. . . .

99

[2011/01/17 v2.8]

. . . .

99

[2010/12/27 v2.6]

. . . .

99

[2010/12/07 v2.5]

. . . .

99

[2010/11/26 v2.4]

. . . .

100

[2010/11/21 v2.3]

. . . .

100

[2010/11/16 v2.2]

. . . .

100

[2010/11/15 v2.1]

. . . .

100

[2010/10/31 v2.0]

. . . .

100

[2010/10/27 v1.2]

. . . .

100

[2010/10/20 v1.0]

. . . .

101

README

. . . .

101

23 Index

. . . .

101

interfaces[rev.3.1–release]c–FC<florent.chervetatfree.fr>

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Theinterfacespackage – interfaces with keys for other packages

interfaces[rev.3.1–release]c–FC

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Theinterfacespackage – interfaces with keys for other packages 2Interface L^ATEX

1 Interface L

^A

TEX

\changefont

{

encoding|enc

= changes \fontencoding

family|fam

= changes \fontfamily

series|ser

= changes \fontseries

shape|sha

= changes \fontshape

size|size∗|size+|size-

= changes the font size (default unit is pt)

baselineskip|baselineskip∗+ -|skip

= changes the \baselineskip for the font

linespread|linespread∗+ -|spread

= changes the line spread (a real value) } Example: adds 5pt to the font size (pt is added if not specified) and scale the linespread by 130%:

\changefont

{

size+ =

5,spread∗

=

1.3} (\selectfont is included in the macro).

If a key is not specified, the current value remains.

Finally,\changefontis compatible withhyperrefthank to\pdfstringdefDisableCommands.

\quickprofilehnumberi

{h

code i}

\quickprofile is a quick profiler macro: {hcodei} is expanded

hnumberi

times inside a \vbox.

The macro requires pdfTEX and the \pdfelapsedtime primitive.

2 Interface TikZ ⁽ pgfmanual )

\usetikz

{

basic

=. . . , loads tikz with libraries calc, arrows, scopes and backgrounds

all

=. . . , loads tikz with all packages, pgf-modules and TikZ-libraries any other key =. . . , loads tikz and the specified package, module or library

using \usepackage, \usepgfmodule or \usetizlibrary }

\usetikz

is a facility provided to load

pgf

,

tikz

,

pgf

-modules, and

tikz

-libraries, without the need to know if you must use \usepackage or \usepgfmodule or \usetikzlibrary.

Keys shorten> and shorten< have been set as aliases to shorten > and shorten < (original with space) and keys shorten<> and shorten <> have been set to style shorten > and shorten <.

\usetikz

does not parse options. If you are used to load

pgf

with option (f.ex. version=0.96), please use the syntax:

\PassOptionsToPackage{version=0.96}{pgf}

M

EMO

TikZ/pgf package pgfmodules TikZ libraries

pgf matrix arrows decorations.pathreplacing

pgfmath plot chains decorations.shapes

pgfcalendar er decorations.text

pgfplots scopes decorations.markings

pgfpages snakes decorations.fractals

tikz shapes decorations.footprints

shapes.misc positioning,trees

shapes.geometric automata

shapes.arrows patterns

shapes.multipart fadings

shapes.callouts shadows

shapes.symbols through

shapes.gates.logic.US backgrounds shapes.gates.logic.IEC petri

decorations fit

decorations.pathmorphing mindmap folding plothandlers plotmarks calc matrix

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Theinterfacespackage – interfaces with keys for other packages 2Interface TikZ

\papergraduate

[options] displays a graduated paper on the whole page background, or inside a pgfpicture :

\papergraduate

[

x

= unit for x axis (default is 1cm),

y

= unit for y axis (default is 1cm),

unit

= sets both x and y,

xcolor

= color for horizontal graduations (default is magenta),

ycolor

= color for vertical graduations (default is cyan)

color

= sets both xcolor and ycolor

xrule

= true (default) or false: displays the horizontal rule or not,

yrule

= true (default) or false: displays the vertical rule or not,

xrule/font [+,∗]

= font for the labels on the horizontal rule

yrule/font [+,∗]

= font for the labels on the vertical rule

norule

= don’t display the rules

opacity

= opacity for the graduations (default

=.25)

text opacity

= opacity for the rules labels (default =.8) ] (coordinate) (coordinate);

\papergraduate is close to

TikZ

grid path and displays a real graduated paper.

When used

outside

of a pgfpicture, \papergraduate alone draws a graduated paper as a wallpaper on the current page background (on this page with

x=

1in and

y =

1in).

The code is fast because based on TEX primitive \leaders (faster than grid).

Examples:

0 1 2 3 4 5 6 7 8 9 10 11

0 1 2 3 4 5 6 7 8

\tikz{

\coordinate (A) at (0,0);

\papergraduate [opacity=.9]

(A) ++ (8cm,3.5cm); }

or \papergraduate (A) to ++ (8cm,3.5cm);

or \papergraduate (A) -- ++ (8cm,3.5cm);

0 1 2 3

0 1 2 3 4 5 6 7 8

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Theinterfacespackage – interfaces with keys for other packages 3Interface titlesec:\sectionformat

3 Interface

titlesec : \sectionformat

\sectionformat

{\section } {

class

=. . . , page|top|straight [\sup-level ]

shape

=. . . , hang|block|display|runin|leftmargin|rightmargin|

drop|wrap|frame|runinifempty

font|format

=. . . ,

label

=. . . ,

labelsep|sep

=. . . ,

left

=. . . ,

right

=. . . ,

top

=. . . ,

bottom

=. . . ,

before

=. . . ,

after

=. . . ,

mark

=. . . ,

break

=. . . ,

thesection

=. . . , }

\sectionformat

is a

pgfkeys

-command for replacement of both \titleformat and \titlespacing.

If a key is not given, its value remains the same

while with \titleformat or \titlespacing, you must specify all values in a rigid order... Moreover,

\sectionformat

can be used concurrently with \titleformat and \titlespacing (although \sectionformat is deemed more comfortable, this allows to quickly modify some files written without

interfaces

.)

Keys corresponding to TEX code (

font,before

or

after) are associated with starred keys and+

keys: they append their content to the previous value. Ex:

font+=

{\larger } adds \larger to the previous settings.

For dimensions or skips, the

+

key adds, the

-

key substract and the

∗

key scales.

M

EMO

class name of the class page=like standard\part top=like standard\chapter

straight=like standard\sectionetc.

example:\sectionformat\subchapter {class=straight[\chapter ]}

shape shape hang=hanging label (like\section)

block=paragraph without formatting (for centered titles) display=like standard\chapter

runin=like standard\paragraph leftmargin=left margin rightmargin=right margin

drop=wraps the text around the title(the first paragraph should be longer than the title, otherwise, they overlap)

wrap=likedropbut the space reserved for the title is variable frame=likedisplay+puts the title in frame

runinifempty=hangbut no label if the title is empty

font≡format format for title applied to the label and the title

label title label ex:\arabic{section}

sep ≡labelsep space between label and title

left left margin a glue: horizontal space before

right right margin a glue: horizontal space after

top vertical space before a glue: vertical space before

bottom vertical space after a glue: vertical space after

mark macro with 1 parameter ex\sectionmark: redefines\...mark#1... (the argument is the title)

break parameterless macro ex\sectionbreakto be executed just before the section command

thesection tocandreflabels redefines\thesection

\thesection,\thesubsectionetc.. are used to print references and the label in the table of contents

before code before title body after code after title body

If the

bookmark

package is loaded, with

interfaces-bookmark

, the following keys are defined for each section:

bookmark/bold bold bookmark text the text of the bookmark for that sectionning command will bebold

bookmark/italic italic bookmark text the text of the bookmark for that sectionning command will be initalic

bookmark/color colored bookmark text the text of the bookmark for that sectionning command will becolorized

bookmark/off disable the bookmark no bookmark for that sectionning command alternatively you may set bookmark/level to a huge value...

bookmark/style use astyle thestylemust be previouly declared with\bookmarkdefinestyle

bookmark/level level of the bookmark defines\toclevel@hsectionnamei, seebookmarkdocumentation

The syntax:

\sectionformat\subsection

{bookmark={bold,italic,color=green,on,view=FitB}} also works.

−→Keybookmarkis an example of a key defined with the handler/.is multiple choice

. The starred keys

bold∗,italic∗,color∗

and

off∗

are also provided. For example:

/

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Theinterfacespackage – interfaces with keys for other packages 3Interface titlesec:\sectionformat

\sectionformat\section{

after=\sectionformat\subsection{bookmark/color∗=red}

}

makes the bookmarks corresponding to the first subsection in each section to be

red. If you acertain that there is no

bookmark between the one corresponding to the section and the one corresponding to its first subsection, then this is the same as: “after=\bookmarksetup {color∗=red}”.

E

XAMPLE

\sectionformat\section[hang]{% this is the same as: shape = hang font=\bfseries\scshape,

label=\Roman{chapter}\ \textbullet\ \arabic{section}, labelsep=\widthof{\textbullet},

bottom=1ex plus.4ex minus.2ex, top+=3pt,

mark=\markright{#1},% => this defines \def\sectionmark#1{\markright{#1}}

break=\goodbreak, % => this defines \def\sectionbreak{\goodbreak}

thesection=\Roman{chapter}.\arabic{section}, %redefines \def\thesection{...}

bookmark={bold,color=blue} }

titlesecprovidesextended settingsfor numberless (ie.starred) sections with the syntax:

\titleformat{name=\section,numberless}{...}

One swallow does not a summer make,interfaces-titlesecdoes not provides this feature in akey=valuestuff but just type:

\sectionformat\section∗{ key=value }

to give to your \section∗ command a special format. Keyslabelandlabelsepare not ignored, this means that \section

∗ can be defined in a way it produces a numbered section! Albeit, this would be weird because thehsectionicounter is not updated for starred sections...

Presently,

\sectionformat

does not implement the

extended settings

of

titlesec

for odd and even pages.

However, it is always possible to use \sectionformat concurrently with \titleformat and \titlespacing. A better way to use different settings for odd and even pages is the use of \ifthispageodd from the

KOMA - Script

classes, or the features provided by

changepage.sty

, which is almost the same: actually

titlesec

test oddity of the

page

counter (ie. TEX \count register nr 0) while oddity of \pageref should be tested... Hence the decision I came not to implement different settings for odd and even pages in \sectionformat.

\bottomtitles

{hglue|percentage of \textheighti}

This globally sets the value of \bottomtitlespace (see

titlesec

documentation):

\bottomtitles{.2} sets \bottomtitlespace to .2\textheight

\bottomtitles=.2\textheight is the same

You can globally set a negativ value: \bottomtitles

=−1 to allow bottom titles.

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Theinterfacespackage – interfaces with keys for other packages 5Interface hyperref

4 Interface

hyperref

\raisedhyperdef

[hraised dimen

i]{hcategoryi}{hnamei}{htexti}

Package

hyperref

provides \hyperdef and \Hy@raisedlink but no easy way to insert a “raised link” with

\hyperdef (or \hypertarget).

\raisedhyperdef

can be used exactly like \hyperdef, but the pdf-anchor will be raised of the specified dimension.

5 Interface

bookmark

A few new keys appear with

interfaces

for the command \bookmarksetup:

\bookmarksetup

{

bold∗

=. . . , will make the bookmark text bold, but only for the very next bookmark

italic∗

=. . . ,

idem

for italic

color∗

=. . . ,

idem

for color: the previous color will be restored after the next bookmark

disable

=. . . , will disable the bookmarks (the same as \bookmarksetup {depth=-2})

disable∗

=. . . , will disable only the very next bookmark }

Furthermore the following code:

\sectionformat\section{bookmark={bold,color=blue}}

\bookmarksetup{color∗=red}

\section{A lovely red, bold bookmark here!}

\section{And the following bookmark is blue and bold}

will produce a bookmark with attributes: color=red,bold=true. In other words, the starred keys of

\bookmarksetup overwrite the “default” settings of \sectionformat for the very next bookmark.

Note that this code requirestitlesec,bookmark,interfaces-titlesecandinterfaces-bookmark.

Three new keys are added to the \bookmark command:

\bookmark

{

pageref

= the destination of the bookmark is the page referenced

ref

= the destination of the bookmark is the anchor associated to the reference

atend

= the bookmark will be inserted at the end of the document }

I admit those keys will not be used very often... but imagine you want to put a bookmark at the end, which points to the table of contents, then:

\bookmark[ref=TableOfContents,atend]{Back To Contents}

Provided that the label TableOfContents has been defined, for example with

\tocsetup

, if

tocloft

and

interfaces- tocloft

are loaded:

\tocsetup{label=TableOfContents} \tableofcontents

The

atend

key requires of course that the package

bookmark

was loaded with the

[atend]

option (otherwise, bookmark.sty gives a warning).

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Theinterfacespackage – interfaces with keys for other packages 6Interface hypbmsec

6 Interface

hypbmsec

The features provided by

interfaces-hypbmsec

are now independant of

titlesec

and

interfaces-titlesec

. Package

hypbmsec

provides extended sectionning commands with the syntax:

\section(out)[toc]{title} or \section[toc](out){title}

Where:

(out) is used for the bookmark (outline) [toc] for tha table and contents and the marks {title} to typeset the section title in the document

Internally,

hypbmsec

defines \hbs@bmstring (the string used for the bookmark entry) and \hbs@tocstring (the string used for the table of contents and the marks).

interfaces

takes advantage of this and defines:

\lastsectiontitle

expands to the title of the last \section

\lastsectionbookmark

expands to the text of the bookmark for the last \section

\lastsectiontoc

expands to the entry of the last \section in the table of contents

\lastsectionanchor

expands to the anchor name of the last \section if

hyperref

is used Macros for each sectionning command are defined:

\lastparttitle \lastchaptertitle

\lastsectiontitle \lastsubsectiontitle \lastsubsubsectiontitle

\lastparagraphtitle \lastsubparagraphtitle

with their

...bookmark

and

...toc

counterparts.

Assignation to those macros is automatic. More precisely, \lastsectiontitle is defined

after\sectionbreak

and

before\sectionmark: this means that in the fieldsafter

or

mark

of

\sectionformat

, \lastsectiontitle has been updated yet. While in the fields

before, andbreak,

\lastsectiontitle is not yet updated.

(For chapters, this is the same iftitlesecformats the chapter titles,ie.if\sectionformat \chapteror\titleformat \chapterhas been invoked.

Otherwise,\lastchaptertitle,\lastchapterbookmarkand\lastchaptertocare set at\stepcounter {chapter}.)

. Values are automatically reset to

\relax

when a section of a superior level is created.

This feature has been implemented essentially to make the use of a \mark command at \sectionbreak easier.

Mark at \sectionbreak is important to get the correct behaviour for marks described in

interfaces-marks

(page

13

under

\ifmarksequal

). With this feature, when a new \section is created, \lastsubsection is reset to

\relax

therefore, \marksthecs {hsubsectioni}{hlastsubsectioni} will not mark anything.

Another possibility is shown in this document: the header is clickable and has been defined with:

\sectionformat\section{

mark=\marksthe{section}{#1}

\marksthecs{sectionanchor}{lastsectionanchor}

}

\pagesetup{

head/right=\hyperref{}{}{\thefirstmarks{sectionanchor}}

{\thefirstmarks{section}}

}

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Theinterfacespackage – interfaces with keys for other packages 7Interface tocloft:\tocsetup

7 Interface

tocloft : \tocsetup, \lofsetup, \lotsetup and \listofsetup

Setting the keys overwrites the previous value, unless the

+

key (append code/add for dimensions), the

-

key (substract) or the starred-key∗ (scale dimensions) is used.

\tocsetup

settings apply to \tableofcontents and also to \shorttableofcontents (package

shorttoc

).

\tocsetup

can be invoked more than once in a document...

\tocsetup

{

depth=\setcounter {tocdepth}This is a L^ATEX rather than^tocloft’s ...

Withinterfacesyou can change the t.o.c. depth anywhere inside your document, just like bookmarks depths (two runs are required) title|contentsname= redefines\contentsname

title/font|title/font+|title/format= the title font (set|append code)

title/color|title/font/color= the color of the title (may also be defined in the keytitle/font) title/after|title/after+= hook to execute just after the title(\cftaftertoctitle...)

parskip|parskip+|parskip-|parskip∗|parsep= modifies (or add to)\cftparskip

dotsep= modifies\cftdotsepif no dimen is specified,muis assumed, otherwise, conversion tomu'1em/18 is supplied. Default value is 4.5muand blank value is the same as

\cftnodots

dot= modifies\cftdot, the dot used for leaders produced by\cftdotfill pagestyle= page style for the first page (\tocloftpagestyle)

mark= the mark command:\cftmarktoc

example:\chaptermark \contentsname

table of contents. Packagemulticolis required!

columns/sep|columns/sep+|columnsepetc.= sets (or add) ahdimenito\columnsep columns/rule|columns/rule+|columnsepruleetc.= sets (or add) ahdimenito\columnseprule

columns/color|columnseprulecolor= modifies\columnseprulecolor

multicolsep|multicolsep+etc.= modifies (or add) ahglueito\multicolsep

\multicolsepis the space added before and aftermulticolenviron- ment.default value: 0pt plus4ptminus3pt.

multicols/beforebegin= hook just before\begin {h∗i}multicols multicols/afterbegin|multicols/begin= hook just after\begin {h∗i}multicols ...

multicols/beforeend|multicols/end|multicols/after= hook just before\end {h∗i}multicols ...

multicols/afterend= ... and after the group close by\end {h∗i}multicols label= the label for reference to the table of contents

ref= the reference printed by\refwhen referencing the table of contents (default is\contentsname. In any case,\namerefprints\contentsname.).

bookmark/text= the bookmark text for the table of contents(if empty, no bookmark is set) bookmark/bold|bookmark/italic|bookmark/color= the bookmark style for the table of contents

bookmark/level= the bookmark level: either a number orsectionorchapter Default is chapter, or section if the class does not provide chapters. } bookmark

key and sub-keys are available only if the package

bookmark

is loaded with

interfaces-bookmark

. The following keys apply to each section levels. Section level names are : part / chap

or

chapter / sec

or

section / subsec

or

subsection / subsubsec

or

subsubsection / para

or

paragraph / subpara

or

subparagraph / fig

or

figure / subfig

or

subfigure / tab

or

table / subtab

or

subtable.

¶

may be one of those names (see

tocloft

documentation).

\tocsetup

{

^¶^/top|^¶^/top+|^¶^/skip|^¶/beforeskip= modifies (or add to) the verticalhglueibefore an entry

¶/indent|¶/indent+|¶/indent-|¶/indent∗= modifies (or addetc.) the indentation of the entry

¶/font|¶/font+= the font of the¶ section title

¶/color|¶/font/color= the color of the¶ section title (overwriteslinkcolorif hyper-linked)

¶/number/width|number/width+etc.|numwidth= modifies the space allowed to typeset the title numbers

¶/number/before|number/before+|presnum= code before the section number(see pseudo code below)

¶/number/after|number/after+ |aftersnum= code after the section number(see pseudo code below)

¶/title/before|title/before+ |aftersnumb= code before the title (ie.after the section number box)

¶/leader|¶/leaders= modifies the leader:the default is\cftdotfill {h∗i}\cft¶dotsep

¶/dotsep= the space (inmu) between dots in the leader. Default is\cftdotsepand blank value is the same as\cftnodots

¶/pagefont|¶/page/font|¶/page/number/font= modifies the font used to typeset the page number

¶/page/number/color|¶/page/number/font/color= the color of the page numbers for this section (overwriteslinkcolorif the page number if hyper-linked)

¶/page/after|¶/pagenumber/after|afterpnum= macro expanded after the page number is typeset }

/

(11)

Theinterfacespackage – interfaces with keys for other packages 7Interface tocloft:\tocsetup

M

EMO

numbered entries are typeset with this pseudo code:

{\cftXfont {\cftXpresnum SNUM\cftXaftersnum\hfil} \cftXaftersnumb TITLE}%

{\cftXleader}{\cftXpagefont PAGE}\cftXafterpnum\par and for not numbered entries:

{\cftXfont TITLE}{\cftXleader}{\cftXpagefont PAGE}\cftXafterpnum\par

\lofsetup

and

\lotsetup

behave the same.

\listofsetup

{hlist-namei}{hkey=valuei}

This command is provided to setup the parameters of user-defined lists created with

tocloft

’s \newlistof and printed with \listofX (where X is the name given to the list). The keys are the same as

\tocsetup

, and the sub-keys correspond to the entries. In fact:

•

\tocsetup is a shortcut for \listofsetup {toc}

•

\lofsetup is a shortcut for \listofsetup {lof} and

•

\lotsetup is a shortcut for \listofsetup {lot}

Example:

\newlistof[section]{answer}{ans}{List of Answers}

\newlistentry[answer]{subanswer}{ans}{1}

\listofsetup{ans}{

depth=2, % can be changed inside the document body

title=List of Answers of the section,% modifies the title title/font=\Huge,

answer/font=\Large\bfseries, % font spec.

subanswer/font=\large\itshape, answer/dotsep=3mu,

subanswer/dotsep=, % no dot

subanswer/pagenumbers=off, }

\addcontentsline{ans}{answer}{\numberline{1}First answer}

\addcontentsline{ans}{subanswer}{\numberline{1.1}First sub-answer}

\listofanswer

)

preferably in the preamble

/

(12)

Theinterfacespackage – interfaces with keys for other packages 8Interface fancyhdr:\pagesetup

8 Interface

fancyhdr : \pagesetup

\pagesetup

[hpagestyle-namei]{

norule|norules set\headrulewidthand\footrulewidthto 0pt

rule|rule/width[∗+ -] =. . . , set\headrulewidthand\footrulewidthto a given value

rule/color=. . . , rule/font=. . . , To change the rule font/color

headrule=. . . , footrule=. . . , redefines\headruleand\footrule(no value restores default) head/rule/width=. . . , foot/rule/width=. . . , foot/rule/skip=. . . ,dimensions

head/rule/color=. . . , foot/rule/color=. . . , for head and foot rules separately head/rule/font=. . . , foot/rule/font=. . . , idem

head=. . . , foot=. . . , header and footer (\fancyhead/\fancyfoot) left=. . . , center=. . . , right=. . . ,by position

head/left=. . . , head/center=. . . , head/right=. . . ,for one side documents foot/left=. . . , foot/center=. . . , foot/right=. . . ,idem

head/left/even=. . . , head/left/odd=. . . , for two side documents

etc. etc. etc.

foot/right/even=. . . , foot/right/odd=. . . ,

inner=. . . , head/inner=. . . , foot/inner=. . . ,inneris an alias forright/even, left/odd outer=. . . , head/outer=. . . , foot/outer=. . . ,outeris an alias forleft/even, right/odd

offset=. . . , changes\fancyhfoffset

head/offset=. . . , foot/offset=. . . , left/offset=. . . , right/offset=. . . ,

head/left/even/offset=. . . , head/left/odd/offset=. . . , for two side documents

etc. etc. etc.

foot/right/even/offset=. . . ,foot/right/odd/offset=. . . , for two side documents

inner/offset=. . . , head/inner/offset=. . . ,foot/inner/offset=. . . ,inneris an alias forright/even, left/odd outer/offset=. . . , head/outer/offset=. . . ,foot/outer/offset=. . . ,outeris an alias forleft/even, right/odd

pagestyle=. . . , load the settings of another page style }

\pagesetup∗

[hpagestyle-namei]{key = value}

\pagesetup

resets all headers and footers, rules etc. and modifies the current (active) page style depending on the key=value pairs.

\pagesetup

[hpage-stylei] defines (or redefines) a page style, starting from default values.

When a key is specified with no value, the default is used (f. ex. head/rule will be .4pt and foot/rule will be 0pt ).

\pagesetup∗

does not reset current values: keys that are not specified remains the same.

\pagesetup∗

[hpage-stylei] defines or redefines

hpage-stylei,; the normal form starts from scratch, while the

starred form \pagesetup

∗

keeps previous values if they are not overwritten, and if the

hpage-stylei

exists, of course.

foot/left/odd is the same as odd/foot/left etc. but twoside option is not checked... Even pages are ignored in oneside documents: this is L

^A

TEX, not

^fancyhdr

nor

interfaces-fancyhdr

.

As usual, for dimensions or glues,

+,-

and

∗

keys are provided for addition, substraction and scaling . And for code (font keys) the

+

and

∗

keys are provided: both append their content to the previous value.

/

(13)

Theinterfacespackage – interfaces with keys for other packages 10Interface marks

9 Interface marks

interfaces-marks

provides a few macros to make easier the use of

ε

-TEX \marks registers.

ε

-TEX defines 32 768 marks registers, making the use of them far more comfortable than “old” L

^A

TEX \markboth, \markright, \leftmark and

\rightmark. Who gets the correct – I mean

expected

– result with such commands ? Not me, I can say !

\marksthe

{hnamed-marki}{hcontenti}

\marksthecs

{hnamed-marki}{hcs-namei}

\marksthe

{hsectioni}{hcontenti} will mark

hcontenti

into a mark register referenced by the control sequence

\marks@hsectioni.

hcontenti is not expanded

(You can expand before \marksthe if you need it).

If the mark \marks@hsectioni is not defined, then a new mark register is allocated (with

etex

- \newmarks ).

\marksthecs

{hsubsubsectioni}{hcs-namei} will similarly mark the unexpanded content of \cs-name by means of the marks register \marks@hsubsubsectioni.

hcs-namei

is really the

name of the control sequence, not

the control sequence itself. If \cs-name is undefined or \relax, nothing is marked, making \marksthecs suitable to use with \lastsectiontitle

etc.. at

\sectionbreak (see

interfaces-hypbmsec

p.

9).

\thefirstmarks

{hnamed-marki}

^EXPANDABLE

\thebotmarks

{hnamed-marki}

^EXPANDABLE

\thetopmarks

{hnamed-marki}

^EXPANDABLE

\thefirstmarks

{hchapteri} expands to \firstmarks \marks@hchapteri (this is expandable in exactly one step of expansion),

ie.

either the content of the first invocation of \marksthe {hchapteri} on the current page, if \marks was used on the current page, or the last invocation of \marks if no marks occurs on the current page.

\thebotmarks

{hchapteri} expands to \botmarks \marks@hchapteri

ie.

the content of the last invocation of

\marksthe {hchapteri} (the most recent \marks).

\thetopmarks

{hchapteri} expands to \topmarks \marks@hchapteri and this is the content of \botmarks at the time TEX shipped out the last page.

If there is no mark or if the mark register does not exist, expansion is null (ie. nothing is done).

Those commands can be used in headers and footers, f.ex:

\sectionformat\section{

mark=\marksthe{section}{\arabic{section}\hskip.4em\textendash\hskip.4em#1}}

\pagesetup{head/right=\thefirstmarks{section}}

\getthemarks

\firstmarks|\botmarks|\topmarks {hnamed-marki}{\control-sequence }

\getthefirstmarks

{hnamed-marki}{\control-sequence }

\getthebotmarks

{hnamed-mark

i}{\control-sequence }

\getthetopmarks

{hnamed-mark

i}{\control-sequence }

You may wish to retrieve the values of \firstmarks, \botmarks or \topmarks into a macro. This is the purpose of these commands: \control-sequence is defined as a parameterless macro whose replacement text is the content of the specified marks register.

If the marks register \marks@hnamed-marki does not exist, the meaning of \control-sequence isundefined.

/

(14)

Theinterfacespackage – interfaces with keys for other packages 10Interface makecell:\repeatcell

\ifmarksequal

{\firstmarks }{\topmarks }{named-mark}{htruei}{hfalsei}

Pretty often, we want to compare the botmarks with firstmarks or the topmarks, to adapt the header and/or footer in case those marks are equal or different,

ie.

in case the page contains a new section title or not:

\ifmarksequal

expands conditionnally code {htruei} only if the specified marks register to compare are equal, otherwise {hfalsei}.

• \firstmarks=\botmarks ⇔ there is at most one section title on the current page;

• \topmarks =\botmarks ⇔ there is no section title on the current page;

• \firstmarks=\topmarks ⇔ the last section title continues on the current page.

Those assertions are true only if you mark the section title at\sectionmarkand at\sectionbreak: this is easy when using interfaces-hypbmsec:\sectionformat \subsection {break=\marksthecs {subsection}{lastsubsectiontoc}}.

If the marks register \marks@hnamed-marki does not exist, the{hfalsei}part is expanded.

10 Interface

makecell : \repeatcell

makecell

provides \eline, \nline, \Xrows to fill a table with empty cells, or repeated rows.

interfaces

extends the possibility with \repeatcell. Although it is of general use, \repeatcell should be used softly in order to keep the .tex document intelligible (see the examples below).

While repeating cells, \repeatcell can also make calculations with:

•

\numexpr,

• $\pgfmath$

(

\usetikz

{pgfmath} required in preamble)

• $$\FPeval$$

(\usepackage {

fp

} required in preamble)

⇒

use round to display the results!

Inside formulas

\row

expands to the current row,

\column

to the current column number (\row and \column are 1-based and relative to \repeatcell).

\countvalues

{hcomma separated listi}

\countvalues {hcomma separated listi} expands to the number of values in the list. This is also the number of steps a L

^A

TEX \@for loop would do on the list: in other words,

empty values are counted.

\countvalues is provided to allow you to adjust automatically the number of columns of a tabular, depending on your data, with the

∗

operator: \begin {tabular}{∗{\countvalues

\list }{c}}.

\countvalue is purely expandable in one expansion step. The

hcomma separated listi

is expanded once, exactly like in L

^A

TEX \@for

(hint:you can put\@emptybefore, to avoid expansion).

\repeatcell

[halignmenti]{hcolumnsi}{

^←number of columnsorcomma separated list of values text

= the text to be inserted (repeated) in each cell

font

= the font inside the cell

rows

= the number of rows (default is 1 row)

or

a comma separated list of value:

{one,two,three,four,etc.} Empty values

are not

ignored.

cr|end

= the end-of-row sequence (default is \backslashchar but you may want

\crcr \hline or \tabularnewline...)

end of row sequenceis neverinserted after the last row.

text/row1|text/row2|text/row3etc.

= If you want to change the text on the specified rows

text/col1|text/col2|text/col3etc.

= If you want to change the text on the specified columns

font/row1|font/row2|font/row3etc.

= If you want to change the font on the specified rows

font/col1|font/col2|font/col3etc.

= If you want to change the font on the specified columns

cr/row1|cr/row2|cr/row3etc.

= If you want to change the end-of-line sequence on the specified rows

transpose

= Do you wish to invert rows and columns ? Then

transpose=true

© _.

any other key

= can be used to make calculations using \numexpr or

$\pgfmathparse$

or

$$\FPeval$$.

Pay attention to put your formula inside curly brackets {$formula$} if it contains a comma , or an equal = sign! }

If [halignmenti] is specified, then each cell is placed into a \makecell [halignmenti] command.

If both

text/row<i>

and

text/col<i>

are specified for the same cell, then

makecell

\diaghead is used to display the values in a diagonally divided cell.

/

(15)

If you want to see (in the .log file) the code introduced into the tabular (or array) by

\repeatcell

type \let

\itf@message =\message before \repeatcell.

Formulas:

if you say:

x=$sin(10*\column)$

for example, then the formula is evaluated in each cell with

\pgfmath. The result is stored into the control sequence

\x

and can be used in

text

or in any other following formula.

The order in which the computed keys are given determines the order of evaluation...

of course!

If you specify the number of columns (resp. of rows) as an integer, then

\repeatcell

works exactly as if you gave it a list of integers {1, 2, 3, 4, ...,

p}.

If you specify the rows as a comma separated list of values, the following sequences are also admissible in

text:

\R \row

refer to the value of the list for the current row.

\r

is the same

(unless you defined a formula namedr).

\R

{hni} to the value of the list for row {hni}

If the number of rows is specified as an integer, then

\R \row, \r

and

\row

are equal (to the current row index).

Similarly if you specify the columns as a comma separated list of values, the following sequences are provided:

\C \column

refer to the value of the list for the current column.

\cis the same, unless you defined a formula namedc.

\C

{hmi} to the value of the list for column {hmi}

If the number of columns is specified as an integer, then

\C \row, \c

and

\col

are equal

(to the current column index)

. If the values in the lists are numeric,

\R, \C, \r

and

\c

can be used in formulas as well,

of course...

A few examples are better than a 10 pages description !

10

·

1^ˆConversion to scaled points

\def\listofunits{ pt , cm , mm , bp , dd , pc , in , cc ,sp }

\begin{tabu}{|>{\bfseries}c|*9{X[mc]|}} \hline

\thead{units}

&

\repeatcell[c]\listofunits{ text

= \c, font=\bfseries } \\ \hline

\thead{value in\\ scaled\\ points}

&

\repeatcell\listofunits{%

sp

=\number\dimexpr 1\c\relax,

text=\numprint[sp]\sp}

\\ \hline

\end{tabu}

units pt cm mm bp dd pc in cc sp

value in scaled points

65 536 sp 1 864 679 sp 186 467 sp 65 781 sp 70 124 sp 786 432 sp 4 736 286 sp 841 489 sp 1 sp

10

·

2^ˆVariable length cell

\newcommand\FAMILY[3]{%

\begin{tabu}to .4\linewidth{|*3{X[mc]}|} \hline Mother & Father & Children \\ \hline

#1 & #2 & \makecell{\repeatcell{#3}{text=\c,

transpose} \\ \hline

\end{tabu}}

\FAMILY{Johanne}{Georg}{Priscilla,John,Tom}

\FAMILY{Nut}{Geb}{Isis,Osiris,Seth,Nephthys}

Mother Father Children

Johanne Georg

Priscilla John Tom

Mother Father Children

Nout Geb

Isis Osiris

Seth Nephthys

10

·

3^ˆEmpty rows

\begin {tabu}{*6{|c}|} \hline

\repeatcell 6{ text/col1=\row , rows=4, end=\\ \hline } \\ \hline

\end {tabu}

1 2 3 4

/

(16)

\begin {tabu}{*4{|c}|} \hline

\repeatcell 6{ text/col1=\row , rows=4, end=\\ \hline , transpose} \\ \hline

\end {tabu}

1 2 3 4

10

·

4^ˆcolor palette

\begin{tabu}{*4c}

\repeatcell {8}{transpose=true, rows=4, red = {$$round(\c/8*255,0)$$},

greeni = \red, bluei = \red,

greenii = {$$round(255-\red,0)$$}, blueii = \red,

greeniii = \red, blueiii = {$$round(255-\red,0)$$}, greeniv = \greenii, blueiv = \blueiii,

text/row1={\cellcolor[RGB]{\red,\greeni,\bluei}(\red,\greeni,\bluei)}, text/row2={\cellcolor[RGB]{\red,\greenii,\blueii}(\red,\greenii,\blueii)}, text/row3={\cellcolor[RGB]{\red,\greeniii,\blueiii}(\red,\greeniii,\blueiii)}, text/row4={\cellcolor[RGB]{\red,\greeniv,\blueiv}(\red,\greeniv,\blueiv)} }

\end{tabu}

(32,32,32) (32,223,32) (32,32,223) (32,223,223) (64,64,64) (64,191,64) (64,64,191) (64,191,191) (96,96,96) (96,159,96) (96,96,159) (96,159,159) (128,128,128) (128,127,128) (128,128,127) (128,127,127) (159,159,159) (159,96,159) (159,159,96) (159,96,96) (191,191,191) (191,64,191) (191,191,64) (191,64,64) (223,223,223) (223,32,223) (223,223,32) (223,32,32) (255,255,255) (255,0,255) (255,255,0) (255,0,0)

Note: makecellinteract very badly withcolortbl. Therefore, with\cellcoloror\rowcolor, the optional[halignmenti]parameter of

\repeatcelldoes not give good results...colortblremain a rather rough package, and deserve a finer implementation... in future.

10

·

5^ˆtabularcalc-like tables (with dcolumn package) and pgfmath

\def\listofx{ -4 , -2 , 0 , 2.25 , 7 }

$$\begin{tabu}{|c<{\bottopstrut}|*{5}{|D..{5.5}}|} \hline

\rowfont{\large\color{blue}}

x &\repeatcell\listofx{ text=\C\column } \\ \hline\hline

f(x)=2x-3 &\repeatcell\listofx{ fx = $2*\c-3$, text=\fx } \\ \hline x^2 &\repeatcell\listofx{ xsquare = $\C\column^2$ , text = \xsquare } \\ \hline h(x) = \sqrt{x^2+1} &\repeatcell\listofx{ x=\C\column, hx = {$sqrt(pow(\x,2)+1)$}, text = \hx } \\ \hline

\end{tabu}$$

x −4 −2 0 2.25 7

f(x)=2x−3 −11.0 −7.0 −3.0 1.5 11.0

x² −16.0 −4.0 0.0 5.0625 49.0

h(x)=√

x²+1 4.12310 2.23606 1.00000 2.46221 7.07106

$\pgfmath$computations

x −4 −2 0 2.25 7

f(x)=2x−3 −11.00000 −7.00000 −3.00000 1.50000 11.00000

x² 16.00000 4.00000 0.00000 5.06250 49.00000

h(x)=√

x²+1 4.12311 2.23607 1.00000 2.46221 7.07107

And the same with$$\FPeval$$ (fppackage)

/

(17)

10

·

6^ˆDouble entry array: the Body Mass Index

\def\weightlist{weight in kg, 30, 45, 50, 55, 60, 65, 70, 80, 90, 95, 100, 110, 120}

\def\heightlist{height in cm, 190, 180, 170, 160, 150, 140, 130}

\colorlet{denutrition}{Crimson} \colorlet{skinniness}{yellow} \colorlet{normal}{LawnGreen}

\colorlet{obesity}{Moccasin} \colorlet{serious obesity}{DarkOrange} \colorlet{morbid obesity}{Fuchsia}

\newcommand*\mycolor[1]{\cellcolor{%

\ifdim#1pt<17pt denutrition\else \ifdim#1pt<19pt skinniness\else \ifdim#1pt<26pt normal\else

\ifdim#1pt<30pt obesity\else \ifdim#1pt<35pt serious obesity\else morbid obesity\fi\fi\fi\fi\fi}}

\begin{tabu}{*{\countvalues\heightlist}{|c}|} \hline

\repeatcell \heightlist {%

rows = \weightlist,

height = \ifnum\column>1 \c\else 1\fi, weight = \ifnum\row>1 \r\else 1\fi,

BMI = {$$round(\weight/((\height/100)^2),1)$$}, text = \mycolor{\BMI}\BMI,

text/row1 = \c, font/row1 = \color{NavyBlue}, cr/row1 = \\ \hline, text/col1 = \r, font/col1 = \color{DarkViolet},

} \\ \hline

\end{tabu}\quad

\begin{tabu}{|c|}

\repeatcell{denutrition,skinniness,normal,obesity,serious obesity,morbid obesity}{%

text=\cellcolor{\c}{\c},transpose,font=\large\bfseries\bottopstrut}

\end{tabu}

H HH

HH HHH weight in kg

height in cm

190 180 170 160 150 140 130

30 8.3 9.3 10.4 11.7 13.3 15.3 17.8

45 12.5 13.9 15.6 17.6 20.0 23.0 26.6

50 13.9 15.4 17.3 19.5 22.2 25.5 29.6

55 15.2 17.0 19.0 21.5 24.4 28.1 32.5

60 16.6 18.5 20.8 23.4 26.7 30.6 35.5

65 18.0 20.1 22.5 25.4 28.9 33.2 38.5

70 19.4 21.6 24.2 27.3 31.1 35.7 41.4

80 22.2 24.7 27.7 31.3 35.6 40.8 47.3

90 24.9 27.8 31.1 35.2 40.0 45.9 53.3

95 26.3 29.3 32.9 37.1 42.2 48.5 56.2

100 27.7 30.9 34.6 39.1 44.4 51.0 59.2

110 30.5 34.0 38.1 43.0 48.9 56.1 65.1

120 33.2 37.0 41.5 46.9 53.3 61.2 71.0

denutrition skinniness

normal obesity serious obesity morbid obesity

HH HH

HHH height in cm

weight in kg

30 45 50 55 60 65 70 80 90 95 100 110 120

190 8.3 12.5 13.9 15.2 16.6 18.0 19.4 22.2 24.9 26.3 27.7 30.5 33.2 180 9.3 13.9 15.4 17.0 18.5 20.1 21.6 24.7 27.8 29.3 30.9 34.0 37.0 170 10.4 15.6 17.3 19.0 20.8 22.5 24.2 27.7 31.1 32.9 34.6 38.1 41.5 160 11.7 17.6 19.5 21.5 23.4 25.4 27.3 31.3 35.2 37.1 39.1 43.0 46.9 150 13.3 20.0 22.2 24.4 26.7 28.9 31.1 35.6 40.0 42.2 44.4 48.9 53.3 140 15.3 23.0 25.5 28.1 30.6 33.2 35.7 40.8 45.9 48.5 51.0 56.1 61.2 130 17.8 26.6 29.6 32.5 35.5 38.5 41.4 47.3 53.3 56.2 59.2 65.1 71.0

The same withtranspose

Note thatfpcomputation can be time consuming...depending on the formula and the number of cells to fill in. While preparing first such a table, give to the computed keys a constant value, and plug the formulas only when you are satisfied with the displayed tabular...

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(18)

Theinterfacespackage – interfaces with keys for other packages 11Interface enumitem

11 Interface

enumitem : \setlist

\setlist

[environment,level,environment,level,etc.]{

label

= the label to be used

font

= the label font

topsep

= vertical space before the list

partopsep

= vertical space

parsep

= value of \parskip inside the list

itemsep

= vertical space between two items

leftmargin

= the list left margin

rightmargin

= the list right margin

listparindent

= the value of \parindent inside the list

labelwidth

= the width of the label box

labelsep

= horizontal space between label and following text

itemindent

= the indentation of the items }

\setlist∗

[henvironment,level,environment,level,etc.i]{key=value}

Enumerated lists, description lists or itemize lists can be defined by

enumitem

with the command \newlist.

For example: \newlist {mylegal}{enumerate}{10}

The list can be customized with \setlist, for example:

\setlist[mylegal,1]{label*=\arabic*.}

\setlist[mylegal,2]{label*=\arabic*.}

\setlist[mylegal,3]{label*=\roman*)}

With

interfaces-enumitem

you may specify more than one level at a time in \setlist, (and even more than one environment at a time):

\setlist[mylegal,1,2]{label*=\arabic*.}

\setlist[mylegal,3]{label*=\roman*)}

A list can also be

modified

with

\setlist∗: keys that are not specified remain the same.

\setlist∗[mylegal,1,2,3]{align=left,leftmargin=*}

or

\setlist∗[mylegal]{align=left,leftmargin=*}

\interitem

Just like

AMS

\intertext in math formulæ,

\interitem

allows to put some non intented text inside a list environment. Example:

\begin{enumerate}[label=\roman*)\,,parsep=0pt]

\item First item in the enumerate envir

\interitem

or (intertext)

\item Second item

\end{enumerate}

The example give in real world:

i) First item in the enumerate envir or: (intertext)

ii) Second item

And the following follows...

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