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circuit.tex
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circuit.tex
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%
% connections.tex
% Copyright 2011, Jessica Tölke <jtoelke@gmx.com>
%
% This file is part of texbox.
%
% This program is free software; you can redistribute it and/or modify it
% under the terms of the GNU General Public License as published by the Free
% Software Foundation; either version 2 of the License, or (at your option)
% any later version.
%
% This program is distributed in the hope that it will be useful, but WITHOUT
% ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
% FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for
% more details.
%
% You should have received a copy of the GNU General Public License along with
% this program. If not, see <http://www.gnu.org/licenses/>.
%
% arguments
% #1 coordinates
% #2 name
% #3 label
% resistor in vertical direction with label to the right
\newcommand{\RESISTORV}[3]
{
\BOX{#1}{#2}{}{0.2,0.6}{}{NS};
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% resistor in horizontal direction with label above
\newcommand{\RESISTORH}[3]
{
\BOX{#1}{#2}{}{0.6,0.2}{}{WE};
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% capacitor in vertical direction with label to the right
\newcommand{\CAPACITORV}[3]
{
\path (#1) ++ (0,0.6) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.6) coordinate(#2_OUTS);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.2,0.05) coordinate(upperleft);
\path (#1) ++ (0.2,0.05) coordinate(upperright);
\path (#1) ++ (-0.2,-0.05) coordinate(lowerleft);
\path (#1) ++ (0.2,-0.05) coordinate(lowerright);
\path (#1) ++ (0,0.05) coordinate(uppermiddle);
\path (#1) ++ (0,-0.05) coordinate(lowermiddle);
\draw (uppermiddle) -- (#2_OUTN);
\draw (lowermiddle) -- (#2_OUTS);
\draw (upperleft) -- (upperright);
\draw (lowerleft) -- (lowerright);
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% capacitor in horizontal direction with label above
\newcommand{\CAPACITORH}[3]
{
\path (#1) ++ (0,0.4) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.4) coordinate(#2_OUTS);
\path (#1) ++ (-0.6,0) coordinate(#2_OUTW);
\path (#1) ++ (0.6,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.05,0.2) coordinate(upperleft);
\path (#1) ++ (0.05,0.2) coordinate(upperright);
\path (#1) ++ (-0.05,-0.2) coordinate(lowerleft);
\path (#1) ++ (0.05,-0.2) coordinate(lowerright);
\path (#1) ++ (-0.05,0) coordinate(leftmiddle);
\path (#1) ++ (0.05,0) coordinate(rightmiddle);
\draw (#2_OUTW) -- (leftmiddle);
\draw (#2_OUTE) -- (rightmiddle);
\draw (upperleft) -- (lowerleft);
\draw (upperright) -- (lowerright);
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% diode pointing right with label above
\newcommand{\DIODER}[3]
{
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.3) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.3) coordinate(#2_OUTS);
\path (#1) ++ (0.1,0) coordinate(right);
\path (#1) ++ (0.1,0.1) coordinate(rightup);
\path (#1) ++ (0.1,-0.1) coordinate(rightdown);
\path (#1) ++ (-0.1,0) coordinate(left);
\path (#1) ++ (-0.1,0.1) coordinate(leftup);
\path (#1) ++ (-0.1,-0.1) coordinate(leftdown);
\draw (#2_OUTW) -- (left);
\draw (leftup) -- (leftdown);
\draw (leftup) -- (right);
\draw (leftdown) -- (right);
\draw (#2_OUTE) -- (right);
\draw (rightup) -- (rightdown);
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% diode pointing left with label above
\newcommand{\DIODEL}[3]
{
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.3) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.3) coordinate(#2_OUTS);
\path (#1) ++ (0.1,0) coordinate(right);
\path (#1) ++ (0.1,0.1) coordinate(rightup);
\path (#1) ++ (0.1,-0.1) coordinate(rightdown);
\path (#1) ++ (-0.1,0) coordinate(left);
\path (#1) ++ (-0.1,0.1) coordinate(leftup);
\path (#1) ++ (-0.1,-0.1) coordinate(leftdown);
\draw (#2_OUTW) -- (left);
\draw (leftup) -- (leftdown);
\draw (left) -- (rightup);
\draw (left) -- (rightdown);
\draw (#2_OUTE) -- (right);
\draw (rightup) -- (rightdown);
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% diode pointing up with label to the right
\newcommand{\DIODEU}[3]
{
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.3) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.3) coordinate(#2_OUTS);
\path (#1) ++ (0,0.1) coordinate(top);
\path (#1) ++ (0.1,0.1) coordinate(topright);
\path (#1) ++ (0.1,-0.1) coordinate(bottomright);
\path (#1) ++ (0,-0.1) coordinate(bottom);
\path (#1) ++ (-0.1,0.1) coordinate(topleft);
\path (#1) ++ (-0.1,-0.1) coordinate(bottomleft);
\draw (#2_OUTS) -- (bottom);
\draw (bottomleft) -- (bottomright);
\draw (bottomleft) -- (top);
\draw (bottomright) -- (top);
\draw (topleft) -- (topright);
\draw (#2_OUTN) -- (top);
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% diode pointing down with label to the right
\newcommand{\DIODED}[3]
{
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.3) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.3) coordinate(#2_OUTS);
\path (#1) ++ (0,0.1) coordinate(top);
\path (#1) ++ (0.1,0.1) coordinate(topright);
\path (#1) ++ (0.1,-0.1) coordinate(bottomright);
\path (#1) ++ (0,-0.1) coordinate(bottom);
\path (#1) ++ (-0.1,0.1) coordinate(topleft);
\path (#1) ++ (-0.1,-0.1) coordinate(bottomleft);
\draw (#2_OUTS) -- (bottom);
\draw (bottomleft) -- (bottomright);
\draw (bottom) -- (topright);
\draw (bottom) -- (topleft);
\draw (topleft) -- (topright);
\draw (#2_OUTN) -- (top);
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% inductor in horizontal direction with label above
\newcommand{\INDUCTORH}[3]
{
\path (#1) ++ (0.6,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.6,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.3) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.3) coordinate(#2_OUTS);
\path (#1) ++ (-0.3,0) coordinate(left);
\draw (#2_OUTW) -- (left) arc (180:0:0.075) arc (180:0:0.075) arc (180:0:0.075) arc (180:0:0.075) -- (#2_OUTE);
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% inductor in vertical direction with label to the right
\newcommand{\INDUCTORV}[3]
{
\path (#1) ++ (0.3,0) coordinate(#2_OUTE);
\path (#1) ++ (-0.3,0) coordinate(#2_OUTW);
\path (#1) ++ (0,0.6) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.6) coordinate(#2_OUTS);
\path (#1) ++ (0,0.3) coordinate(top);
\draw (#2_OUTN) -- (top) arc (90:-90:0.075) arc (90:-90:0.075) arc (90:-90:0.075) arc (90:-90:0.075) -- (#2_OUTS);
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% transformer with label above
\newcommand{\TRANSFORMER}[3]
{
\path (#1) ++ (0,0.9) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.9) coordinate(#2_OUTS);
\path (#1) ++ (-0.9,0.6) coordinate(#2_OUTNW);
\path (#1) ++ (0.9,0.6) coordinate(#2_OUTNE);
\path (#1) ++ (-0.9,-0.6) coordinate(#2_OUTSW);
\path (#1) ++ (0.9,-0.6) coordinate(#2_OUTSE);
\path (#1) ++ (-0.3,0.6) coordinate(topl);
\path (#1) ++ (0.3,0.6) coordinate(topr);
\path (#1) ++ (-0.5,0.45) coordinate(dotl);
\path (#1) ++ (0.5,0.45) coordinate(dotr);
\draw (#2_OUTNW) -- (topl) arc (90:-90:0.15) arc (90:-90:0.15) arc (90:-90:0.15) arc (90:-90:0.15) -- (#2_OUTSW);
\draw (#2_OUTNE) -- (topr) arc (90:270:0.15) arc (90:270:0.15) arc (90:270:0.15) arc (90:270:0.15) -- (#2_OUTSE);
\filldraw (dotl) circle (0.03);
\filldraw (dotr) circle (0.03);
\draw (#2_OUTN) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments
% #1 coordinates
% #2 name
% #3 label
% Vertical switch with label to the right
\newcommand{\SWITCHV}[3]
{
\path (#1) ++ (0,0.6) coordinate(#2_OUTN);
\path (#1) ++ (0,-0.6) coordinate(#2_OUTS);
\path (#1) ++ (-0.4,0) coordinate(#2_OUTW);
\path (#1) ++ (0.4,0) coordinate(#2_OUTE);
\path (#1) ++ (0,0.2) coordinate(gapUp);
\path (#1) ++ (0,-0.2) coordinate(gapDown);
\path (#1) ++ (0.2,0.2) coordinate(s);
\draw (#2_OUTN) -- (gapUp);
\draw (#2_OUTS) -- (gapDown);
\draw (gapDown) -- (s);
\draw (#2_OUTE) node[draw=none,fill=none]{ \tiny{#3} };
}
% arguments:
% #1 position as tuple x,y
% #2 name of object
% #3 label
\newcommand{\VOLTAGEV}[3]
{
\path (#1) coordinate (COORDINATE);
\path (COORDINATE) ++( 0, 0.15) coordinate (#2_n);
\path (COORDINATE) ++( 0,-0.15) coordinate (#2_s);
\path (COORDINATE) ++(-0.15, 0) coordinate (#2_w);
\path (COORDINATE) ++( 0.15, 0) coordinate (#2_e);
\path (COORDINATE) ++( 0, 0.6) coordinate (#2_N);
\path (COORDINATE) ++( 0,-0.6) coordinate (#2_S);
\path (COORDINATE) ++(-0.6, 0) coordinate (#2_W);
\path (COORDINATE) ++( 0.6, 0) coordinate (#2_E);
\path (COORDINATE) ++( 0,-0.12) coordinate (text);
\draw (COORDINATE) circle (.15);
\draw (#2_N) -- (#2_n);
\draw (#2_S) -- (#2_s);
\draw (text) node[draw=none,fill=none]{\textasciitilde};
}