Suggestions for pawpict
The following packages have something in common with the package pawpict. The packages are ordered in decreasing similarity.
- tsemlines: Support for the ancient \emline macro
- cachepic: Convert document fragments into graphics
- drawmgr: Macros for centralized management of graphics scripts
- exteps: Include EPS figures in METAPOST
- epsincl: Include EPS in METAPOST figures
- physics: Macros supporting the Mathematics of Physics
- feynman: Draw Feynman diagrams in LaTeX 2.09
- fiziko: A METAPOST library for physics textbook illustrations
- phfextendedabstract: Typeset extended abstracts for conferences, such as often encountered in quantum information theory
- hepnames: Pre-defined high energy particle names
- hepunits: A set of units useful in high energy physics applications
- hepparticles: Macros for typesetting high energy physics particle names
- mecaso: Formulas frequently used in rigid body mechanics
- mandi: Macros for introductory physics and astronomy
- hep: A <q>convenience wrapper</q> for High Energy Physics packages
- chs-physics-report: Physics lab reports for Carmel High School
- physics-patch: Improved version of the physics package
- uol-physics-report: A LaTeX document class for writing lab reports
- mpstoeps: A convertor from METAPOST output to Encapsulated PostScript
- feynmf: Macros and fonts for creating Feynman (and other) diagrams
- bmeps: Converter from PNG/JPEG/Tgb81AIFF/NetPBM to EPS
- mif2xfig: Conversion between Frame Maker and Xfig
- bmpp: Convert bitmap files to PS/EPS/PDF
- fig2lat: Convert .fig files to vector graphics
- ghostscript: Freely available PostScript interpreter
- cora-macs: Macros for continuous sets and neural networks in the context of cyber-physical systems
- physics3: Modularized package for easy setting of physical formulas
- bohr: Simple atom representation according to the Bohr model
- hepthesis: A class for academic reports, especially PhD theses
- jpsj: Document Class for Journal of the Physical Society of Japan
- linop: Typeset linear operators as they appear in quantum theory or linear algebra