warcomeb

Cavoli, speravo ci foss un’altra soluzione! Va bene per ora faccio così…
Grazie mille a tutti

Marco

Grazie ad entrambi!

Ho usato \resizebox su di un’altra immagine e per quella ho risolto, ma su questa ci sono ancora dei problemi nel senso che qualcosa non si allinea e va per la sua strada

Qualche consiglio su quale può essere il motivo?

Quindi mi consigliate di non fare un comando?? ma di riscrivere ogni volta il tutto?

Ciao
Marco

franen” post=79975http://tex.stackexchange.com/questions/69606/misplaced-omit-multispan-with-newcommand
Se usi [tt]\DeclareExpandableDocumentCommand{\itotal}{m}{%…[/tt] il tuo codice funziona, ma non ho ancora capito dove stia il problema.

Così funziona, grazie! in che senso non hai capito dove sia il problema?

franen” post=79975
Perché non usi i comandi di booktabs? (\toprule, midrule e \bottomrule).
E in \iitem anziché lasciare una riga vuota potresti usare il comando opzionale per spaziare le righe delle tabelle \\[5pt] (o quel che vuoi tu) a fine riga.(ma è necessario?)
Fran

Uso sempre i comandi di booktabs, ma essendo una ricevuta/fattura sinceramente non mi garbava molto il risultato che ottenevo!
Lo spazio lo metto per renderla più leggibile!

Ciao
Marco

qualche piccolo suggerimento???

Ciao a tutti.
Allora, ho studiato parecchio la classe isodoc ed ho iniziato a creare la mia, o meglio, dato che per l’associazione ho già un classe che funziona per carta stampata/verbali/convocazioni pensavo di mettere anche le ricevute nella stessa classe.

Pensavo di aggiungere un opzione alla classe (invoice) e di aggiungere un nuovo comando \invoice per la stampa della ricevuta… ora, mi chiedevo, dato che questa classe fa “molte” cose, secondo voi qual’è il miglior modo per aggiungere i dati della persona a cui si sta emettendo la ricevuta? ed evitare che vengano usati se non si sta emettendo una ricevuta (ad esempio se sto scrivendo il verbale!)

spero di non aver fatto troppa confusione

Ciao
Marco

Ho provato un’altra soluzione, ma non mi piace tanto per due motivi:
1) le dimensioni sono “statiche”
2) avendo usato lo scope non posso mettere dei nodi da portare fuori. mi sbaglio?
`\documentclass[a4paper,10pt,twocolumn]{IEEEtran}

\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% COMANDI VARI PER LE IMMAGINI
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\usepackage{xparse}
\usepackage{tikz}
\usetikzlibrary{calc,positioning}

\newcommand{\bigpicsize}[1]{\footnotesize{#1}}
\newcommand{\picsize}[1]{\scriptsize{#1}}
\newcommand{\picsizett}[1]{\scriptsize{\texttt{#1}}}
\newcommand{\smallpicsize}[1]{\tiny{#1}}

\pgfmathtruncatemacro{\classwidth}{3}
\pgfmathtruncatemacro{\classheight}{2}
\newcommand{\setclasswidth}[1]{\pgfmathtruncatemacro{\classwidth}{#1}}
\newcommand{\setclassheight}[1]{\pgfmathtruncatemacro{\classheight}{#1}}

\tikzset{class/.style args={#1 and #2}{%
rectangle,draw,rounded corners,thick,minimum width=#1, minimum height=#2
}
}

\tikzset{classinside/.code n args={3}{%
\node at ($(#1.north)+(0,-0.30)$){\picsizett{#2}};
\draw($(#1.north west)+(0,-0.60)$)–($(#1.north east)+(0,-0.60)$);
\node[yshift=-\classheight,text width=\classwidth cm,align=center] at (#1){#3};
}
}

% DRAWCLASS
% #1 – Coordinate
% #2 – Label
% #3 – Nome Classe
% #4 – Contenuto
\NewDocumentCommand{\drawclass}{d() m m m}{
\IfNoValueTF{#1}{%true
\node[class=\classwidth cm and \classheight cm,name=#2]{};
}
{%false
\node[class=\classwidth cm and \classheight cm,name=#2]at(#1){};
}
\node[classinside={#2}{#3}{#4}]{};
}

\NewDocumentCommand{\classmark}{o m O{0.05}}{%
\IfNoValueTF{#1}{%true
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=-0.3 cm] \node[draw,fill=black,circle,scale=#3] (#2) {};
}
{%false
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=#1 cm] \node[draw,fill=black,circle,scale=#3] (#2) {};
}
}

\NewDocumentCommand{\invisiblemark}{o m}{%
\IfNoValueTF{#1}{%true
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=-0.3 cm] \node[scale=0.05] (#2) {};
}
{%false
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=#1 cm] \node[scale=0.05] (#2) {};
}
}

% DRAWFILE
% #1 – Coordinate
% #2 – Label
% #3 – Nome File
\NewDocumentCommand{\drawfile}{d() m m}{
\IfNoValueTF{#1}{%true
\begin{scope}[shift={(0,0)}]
\draw (0.25,1) — (-0.75,1) — (-0.75,-1) — (0.75,-1) — (0.75,0.5) — (0.25,1);
\draw (0.25,1)|-(0.75,0.5);
\node at (0,1.2) {\smallpicsize{#3}};
\end{scope}
}{%false
\begin{scope}[shift={(#1)}]
\draw (0.25,1) — (-0.75,1) — (-0.75,-1) — (0.75,-1) — (0.75,0.5) — (0.25,1);
\draw (0.25,1)|-(0.75,0.5);
\node at (0,1.2) {\smallpicsize{#3}};
\end{scope}
}
}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\begin{document}

\begin{figure*}[tb]
\centering
% \begin{tikzpicture}[scale=0.8,remember picture,overlay]
\begin{tikzpicture}[scale=0.8,remember picture]

\draw[help lines,yshift=-13cm] (0,0) grid (20,13);

% SYSTEMC
\node

at (18,0.25) {\bigpicsize{SystemC design}};
\draw [dashed] (2,0) rectangle (18,-3);
% POWERSIM
\node

at (20,-13.25) {\bigpicsize{Powersim}};
\draw [dashed] (0,-1.5) rectangle (20,-13);

\drawclass(5,-1.5){m1}{sc\_module}{\vdots \\ \classmark{m1init} \picsizett{ps\_init()}}

\drawclass(10,-1.5){m2}{sc\_module}{\vdots \\ \classmark{m2init} \picsizett{ps\_init()}}

\drawclass(15,-1.5){m3}{sc\_module}{\vdots \\ \classmark{m3init} \picsizett{ps\_init()}}

\setclasswidth{5}
\setclassheight{3}

\drawclass(10,-5.5){pskernel}{ps\_kernel}{%
\invisiblemark[0]{addmodule} \picsizett{add\_module\_to\_powersim()} \\[2ex]
\begin{tabular}{|c|l|}
\hline
M1 & \picsizett{ps\_module} for M1 \\
\hline
M2 & \picsizett{ps\_module} for M2 \\
\hline
M3 & \picsizett{ps\_module} for M3 \classmark[0.2]{m3module}[0.03] \\
\hline
\end{tabular}
\\[2ex]
\hspace{0.5\classwidth em}\vdots
}

\setclasswidth{3}
\setclassheight{1}

\drawclass(4.5,-5.5){psconfigure}{ps\_configure}{}
\drawfile(1,-5.5){fconfigure}{ps\_configure.txt};%FILE

\drawclass(15.5,-4.5){psresults}{ps\_results}{}
\drawclass(15.5,-6.5){pstrace}{ps\_trace}{}
\drawfile(19,-4.5){fresults}{ps\_results.txt};%FILE
\drawfile(19,-6.5){ftrace}{ps\_trace.txt};%FILE

\drawclass(6,-9){psenergy}{ps\_energy\_model}{}

\drawclass(2,-11){psconstant}{ps\_constant\_model}{}
\drawclass(6,-11){pshardware}{ps\_hardware\_model}{}
\drawclass(10,-11){psRTL}{ps\_RTL\_model}{}

\draw [->,>=latex] (psconfigure.east) — (pskernel.west|-psconfigure.east);
\draw [<-,>=latex] (psresults.west) — (pskernel.east|-psresults.west);
\draw [<-,>=latex] (pstrace.west) — (pskernel.east|-pstrace.west);

\setclasswidth{5}
\setclassheight{3}

\drawclass(15.5,-10){psmodule}{\invisiblemark[0]{psmoduleclass} ps\_module}{%
{}\\[2ex]
\begin{tabular}{|c|lc|}
\hline
\picsizett{sc\_bit \&} & \picsize{constant} & \classmark[0.2]{modconstant}[0.03] \\
\hline
\picsizett{sc\_bit |} & \picsize{hardware} & \classmark[0.2]{modhardware}[0.03] \\
\hline
\picsizett{sc\_int +} & \picsize{RTL} & \classmark[0.2]{modRTL}[0.03] \\
\hline
\end{tabular}
\\[2ex]
\hspace{0.5\classwidth em}\vdots
}

\end{tikzpicture}

\begin{tikzpicture}[scale=0.8,remember picture,overlay]
\draw (m1init.center) — ($(m1init)-(0,1.25)$)-|(m2init.center) — ($(m2init)-(0,1.25)$)-|(m3init.center);
\draw [<-,>=latex] (addmodule.center) |-($(m2init)-(0,1.25)$);
\draw [->,>=latex] (m3module.center) — (m3module.center|-psmoduleclass.center) — (psmoduleclass.center);
\draw [->,>=latex] (modconstant.center) — ($(modconstant.center)+(2.5,0)$) — ($(modconstant.center)+(2.5,-3.7)$) — ($(modconstant.center)+(2.5,-3.7)$)-|(psconstant.south);
\draw [->,>=latex] (modhardware.center) — ($(modhardware.center)+(2.25,0)$) — ($(modhardware.center)+(2.25,-2.7)$) — ($(modhardware.center)+(2.25,-2.7)$)-|(pshardware.south);
\draw [->,>=latex] (modRTL.center) — ($(modRTL.center)+(2,0)$) — ($(modRTL.center)+(2,-1.7)$) — ($(modRTL.center)+(2,-1.7)$)-|(psRTL.south);;
\end{tikzpicture}

\caption{Scheme of the interaction of Powersim with a SystemC design.}
\label{fig:powersim}
\end{figure*}

\end{document}`

come posso migliorarlo? Hai qualche idea Claudio? 😕

Grazie
Marco

`\documentclass[a4paper,10pt,twocolumn]{IEEEtran}

\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% COMANDI VARI PER LE IMMAGINI
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\usepackage{xparse}
\usepackage{tikz}
\usetikzlibrary{calc,positioning}

\newcommand{\bigpicsize}[1]{\footnotesize{#1}}
\newcommand{\picsize}[1]{\scriptsize{#1}}
\newcommand{\picsizett}[1]{\scriptsize{\texttt{#1}}}
\newcommand{\smallpicsize}[1]{\tiny{#1}}

\pgfmathtruncatemacro{\classwidth}{3}
\pgfmathtruncatemacro{\classheight}{2}
\newcommand{\setclasswidth}[1]{\pgfmathtruncatemacro{\classwidth}{#1}}
\newcommand{\setclassheight}[1]{\pgfmathtruncatemacro{\classheight}{#1}}

\tikzset{class/.style args={#1 and #2}{
rectangle,draw,rounded corners,thick,minimum width=#1, minimum height=#2
}
}

\tikzset{classinside/.code n args={3}{%
\node at ($(#1.north)+(0,-0.30)$){\picsizett{#2}};
\draw($(#1.north west)+(0,-0.60)$)–($(#1.north east)+(0,-0.60)$);
\node[yshift=-\classheight,text width=\classwidth cm,align=center] at (#1){#3};
}
}

% DRAWCLASS
% #1 – Coordinate
% #2 – Label
% #3 – Nome Classe
% #4 – Contenuto
\NewDocumentCommand{\drawclass}{d() m m m}{
\IfNoValueTF{#1}{%true
\node[class=\classwidth cm and \classheight cm,name=#2]{};
}
{%false
\node[class=\classwidth cm and \classheight cm,name=#2]at(#1){};
}
\node[classinside={#2}{#3}{#4}]{};
}

\NewDocumentCommand{\classmark}{o m O{0.05}}{%
\IfNoValueTF{#1}{%true
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=-0.3 cm] \node[draw,fill=black,circle,scale=#3] (#2) {};
}
{%false
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=#1 cm] \node[draw,fill=black,circle,scale=#3] (#2) {};
}
}

\NewDocumentCommand{\invisiblemark}{o m}{%
\IfNoValueTF{#1}{%true
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=-0.3 cm] \node[scale=0.05] (#2) {};
}
{%false
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=#1 cm] \node[scale=0.05] (#2) {};
}
}

\NewDocumentCommand{\anchormark}{o m m}{%
\IfNoValueTF{#1}{%true
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=-0.3 cm] \node[scale=0.05] (#2) at (#3){};
}
{%false
\tikz[overlay,remember picture,baseline=-0.5ex,xshift=#1 cm] \node[scale=0.05] (#2) at (#3) {};
}
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\begin{document}

\begin{figure*}[tb]
\centering
% \begin{tikzpicture}[scale=0.8,remember picture,overlay]
\begin{tikzpicture}[scale=0.8]

\draw[help lines,yshift=-13cm] (0,0) grid (20,13);

% SYSTEMC
\node

at (18,0.25) {\bigpicsize{SystemC design}};
\draw [dashed] (2,0) rectangle (18,-3);
% POWERSIM
\node

at (20,-13.25) {\bigpicsize{Powersim}};
\draw [dashed] (0,-1.5) rectangle (20,-13);

\drawclass(5,-1.5){m1}{sc\_module}{\vdots \\ \classmark{m1init} \picsizett{ps\_init()}}

\drawclass(10,-1.5){m2}{sc\_module}{\vdots \\ \classmark{m2init} \picsizett{ps\_init()}}

\drawclass(15,-1.5){m3}{sc\_module}{\vdots \\ \classmark{m3init} \picsizett{ps\_init()}}

\setclasswidth{5}
\setclassheight{3}

\drawclass(10,-5.5){pskernel}{ps\_kernel}{%
\invisiblemark[0]{addmodule} \picsizett{add\_module\_to\_powersim()} \\[2ex]
\begin{tabular}{|c|l|}
\hline
M1 & \picsizett{ps\_module} for M1 \\
\hline
M2 & \picsizett{ps\_module} for M2 \\
\hline
M3 & \picsizett{ps\_module} for M3 \classmark[0.2]{m3module}[0.03] \\
\hline
\end{tabular}
\\[2ex]
\hspace{0.5\classwidth em}\vdots
}

\setclasswidth{3}
\setclassheight{1}

\drawclass(4,-7){psconfigure}{ps\_configure}{}

\drawclass(6,-9){psenergy}{ps\_energy\_model}{}

\drawclass(2,-11){psconstant}{\invisiblemark[0]{constantsouth} ps\_constant\_model}{}
% \anchormark[0]{constantsouth}{psconstant.south}
\drawclass(6,-11){pshardware}{ps\_hardware\_model}{}
\drawclass(10,-11){psRTL}{ps\_RTL\_model}{}

\draw [->,>=latex] (psconfigure.east) — (pskernel.west|-psconfigure.east);

\setclasswidth{5}
\setclassheight{3}

\drawclass(15.5,-10){psmodule}{\invisiblemark[0]{psmoduleclass} ps\_module}{%
{}\\[2ex]
\begin{tabular}{|c|lc|}
\hline
\picsizett{sc\_bit \&} & \picsize{constant} & \classmark[0.2]{modconstant}[0.03] \\
\hline
\picsizett{sc\_bit |} & \picsize{hardware} & \classmark[0.2]{modhardware}[0.03] \\
\hline
\picsizett{sc\_int +} & \picsize{RTL} & \classmark[0.2]{modRTL}[0.03] \\
\hline
\end{tabular}
\\[2ex]
\hspace{0.5\classwidth em}\vdots
}

\end{tikzpicture}

\begin{tikzpicture}[scale=0.8,remember picture,overlay]
\draw (m1init.center) — ($(m1init)-(0,1.25)$)-|(m2init.center) — ($(m2init)-(0,1.25)$)-|(m3init.center);
\draw [<-,>=latex] (addmodule.center) |-($(m2init)-(0,1.25)$);
\draw [->,>=latex] (m3module.center) — (m3module.center|-psmoduleclass.center) — (psmoduleclass.center);
\draw [->,>=latex] (modconstant.center) — ($(modconstant.center)+(2.5,0)$) — ($(modconstant.center)+(2.5,-3.5)$) — ($(modconstant.center)+(2.5,-3.5)$)-|(constantsouth.center);
\draw [->,>=latex] (modhardware.center) — ($(modhardware.center)+(2.25,0)$) — ($(modhardware.center)+(2.25,-2.5)$);
\draw [->,>=latex] (modRTL.center) — ($(modRTL.center)+(2,0)$) — ($(modRTL.center)+(2,-1.5)$);
\end{tikzpicture}

\caption{Scheme of the interaction of Powersim with a SystemC design.}
\label{fig:powersim}
\end{figure*}

\end{document}`

Sono andato avanti, ed ovviamente ho incontrato nuovi problemi! 😳
Vi spiego quale è quello attuale: come nella figura postata all’inizio, cerco di collegare il mark dentro alla classe ps_module (constant, RTL, hardware) con la relativa classe.
Vorrei però che si collegasse al south del riquadro. Per questo ho definito il comando \anchormark in modo da potergli passare come cordinata ad esempio psconstant.south (è commentata nel codice) ma questo lo fa dare di matto e la freccia non si sa dove va a finire. cosa sbaglio? non lo posso fare?

Ciao e grazie di nuovo
Marco