pyprototypr

pyprototypr is a utility written in Python for designing and creating simple, regular, graphical output in PDF (or PNG) format via a script.

pyprototypr has been created to handle prototyping of cards, counters, tiles and boards for board games, but can be also used for creation of any simple design that has regular or repetitive elements; typically containing a mix of graphics and text.

You do not need to know the Python to be able to use pyprototypr!

Documentation

The online documentation for pyprototypr starts with the Table of Contents

If you're not familiar with any kind of programming or scripting, you should probably read some of the introductory sections before proceeding ...

Requirements

pyprototypr requires a version of Python 3.11 or higher to be installed and running on your machine.

If this is not your default Python version, or Python is not installed on your machine, may want to use uv which is a cross-platform tool to install both Python and pyprototypr.

Quick Start (for the impatient)

Assuming that Python 3.11 or higher is installed on your machine, you can install pyprototypr via:

pip install pyprototypr

To check that pyprototypr is working, you can use one (or more) of the files from any of the various examples sub-directories.

As a quick test, make a copy of example1.py script from the examples/manual directory. To do so, open the example1.py link in your browser, click on the Raw button, and then save the web page as a file into a local directory on your machine.

Open a command-line window (also known as a terminal or a console), change to the directory where you saved the above file and type:

python example1.py

and press the Enter key.

This script is very simple - it just contains these lines:

# `example1` script for pyprototypr
# Written by: Derek Hohls
# Created on: 29 February 2016
from pyprototypr import *
Create()
PageBreak()
Save()

and is designed to produce a single, blank, A4-sized page in a PDF file.

It should create an output file called example1.pdf, which will appear in the same directory as the script. You should be able to open and view this file using any PDF-capable program or application.

If this works, then download and try out other scripts from any of the examples sub-directories (note some examples may require additional files such as images, CSV files, or spreadsheets).

Contributions

Please see the list of contributors.

Work-in-Progress

These features are not guaranteed to be addressed, but they are current / potential areas of work or development.

• Page numbering
• New shapes:
  • Square shape
  • Equilateral Triangle shape
  • Sector shape (wedge of a circle)
  • Trapezoid shape
  • Parallelogram shape
  • Wave shape
  • Cross shape
  • Pod shape
  • Diamond shape
• Common objects:
  • Cube (rhombus composite)
  • Domino (dots with outline?)
  • Die (6-side with dots)
  • Picture Frame (trapezoid composite)
• Arrow: basic styling; angled
• Circle, Rectangle, Hexagon: centre cross
• Rectangle: with notches
• Hexagons: "pointy" layout
• Hexagons: 18xx tile example (requires Arcs!)
• Line:
  • end style
  • join style
• Polyline: add arcs
• Arcs (pathways) inside a hexagon (in progress)
• Shortcut notation for styling of: area, line, text, etc.
• Track: layout shapes along a rectangle, circle or polygon (in progress)
• Notches: different styles
• Interior hatching:
  • rectangle
  • hexagon
  • equilateral triangle
  • conditional for rounded rectangle
• Layout: virtual grids for putting shapes into locations in different patterns
• Rotation:
  • text along a line
  • shape labels (at centre of shape)
  • Polygon
  • Stadium
  • Triangle
• Cards:
  • allow for copies of a card
  • 'wrapper' for counters (default 1" squares)

Planned/Potential Board Examples

• Abstract boards: Go, Ludo, 9 Mens Morris, Wari, Queens Guard, Backgammon
• Wargame board: Squad Leader with terrain features (vector and bitmap)
• Traveller board: showing a fully styled Star system (demo a custom Shape?)
• WarpWar board: showing a fully-styled sector
• 18xx board: show a basic map with tracks, towns, cities and off-map areas

Acknowledgements

As always, with Python, you are building "on the shoulders of giants". In this case, the ReportLab PDF Toolkit provides all of the core infrastructure used to do the underlying graphics processing and PDF file creation; pyprototypr is a customised wrapper to simplify common uses and needs around its numerous and extensive capabilities.

Additional libraries in use include:

• svglib https://pypi.org/project/svglib/ - support for drawing SVG images
• bgg-api https://pypi.org/project/bgg-api/ - support for access to the BoardGameGeek API
• xlrd https://pypi.org/project/xlrd/ - support for access to Excel .xls files
• openpyxl https://pypi.org/project/openpyxl/ - support for access to Excel .xlsx files
• pymupdf https://pymupdf.io/ - support for export to PNG images
• jinja https://jinja.palletsprojects.com - template logic with variables (for cards)