PSTricks

There is a wide array of commands available for making graphics. Coordinates in PSTricks are always represented in parentheses, as the following example (scaled) illustrates:

 \begin{pspicture}(5,5)
   %% Triangle in red:
   \pspolygon[linecolor=red](1,1)(5,1)(1,4)
   %% Bezier curve in green:
   \pscurve[linecolor=green,linewidth=2pt,%
     showpoints=true](5,5)(3,2)(4,4)(2,3)
   %% Circle in blue with radius 1:
   \pscircle[linecolor=blue,linestyle=dashed](3,2.5){1}
 \end{pspicture}

PSTricks commands are low level, so many LaTeX packages have been made in order to ease the creation of several kinds of graphics that are commonly used on mathematical typesetting.

pst-plot provides commands for creating function graphs.

Consider the following example:

 \begin{pspicture*}(-7,-2)(7,2)
   \psaxes[labels=none](0,0)(-7,-2)(7,2)        % sets up axis
   \psplot[linecolor=blue, linewidth=1.5pt]%    % plots the sinewave
     {-7}{7}{x 0.01745329252 div sin}           % notice the RPN expression
   \uput[45](3.1415926,0){$\pi$}                % these are the labels
   \uput[90](-1.570796,0){$-\pi/2$}             % \uput is a box positioned at [angle]
   \uput[-90](1.570796,0){$\pi/2$}              % relative to (x,y) coordinate
   \uput[-135](-3.1415926,0){$-\pi$}            % and putting { content } on the box
   \psline[linewidth=1pt,linecolor=red,linestyle=dotted]%   % red dotted lines
     (1.57079632,1)(1.57079632,0)
   \psline[linewidth=1pt,linecolor=red,linestyle=dotted]%
     (-1.57079632,-1)(-1.57079632,0)
 \end{pspicture*}

The previous example also illustrate that TeX commands can be used as elements into the pictures. Since PostScript uses RPN style for mathematical operations, the argument to pst-plot must be supplied in the same form. An alternative is to use the optional argument algebraic, then the formula can be described as an algebraic expression.

pstricks-add extends pst-plot enabling also polar graphs and allowing the use algebraic notation for plots instead of RPN.

pst-math provides trigonometric functions in radians (since PostScript defaults to using degrees) and hyperbolic trigonometric functions.

pst-3dplot is used for creating 3D graphics like the following:

multido provides basic loop functionality for programming graphs with repeating elements:

pst-eucl is a beta extension for easy creation of geometrical drawings.

There are many other extensions, for drawing Circuit diagrams, barcodes, graphs, trees, visualizing data, etc.

PSTricks is only fully compatible with TeX systems using PostScript intermediates, including but not limited to eTeX and others. However, it is not compatible with the widely used pdfTeX engine in PDF mode. As pdfTeX is the default engine in most current installations, users of PSTricks must either force pdfTeX to DVI mode or use auto-pst-pdf. PGF/TikZ is an alternative to PSTricks that is compatible with pdfTeX.

• Inkscape
• Interactive geometry software: C.a.R., GeoGebra, Kig
• JPicEdt
• Mathematica
• WinFIG
• LaTeXPiX
• gnuplot
• LaTeXDraw
• Dia

• PSfrag
• Asymptote (vector graphics language)
• TeX
• List of TeX extensions
• LaTeX
• PostScript
• Inkscape for converting SVG images to PSTricks code.
• PGF/TikZ (Portable Graphics Format), an alternative TeX package for programming graphics (also works with pdftex).
• CircuiTikZ

• Official website
• PSTricks documentation.
• PSTricks examples.
• LaTeXDraw, a free and open source graphical editor generating PSTricks code, written in Java.
• JPicEdt, another free and open source graphical editor generating PSTricks code, written in Java.
• LaTeXPiX, a freeware graphical editor generating (amongst others) PSTricks code, written for Windows OS.