/pycarde

A Python package for Nintendo e-Reader cards.

Primary LanguagePythonGNU General Public License v3.0GPL-3.0

pycarde

A Python package for Nintendo e-Reader cards.

How to install

You need python3 installed: https://www.python.org/

To install a package, run in your command line: pip install pycarde

NOTE: command may vary according to your environment in case this doesn't work, refer to the official manuals to run pip on your system.

How to use

Simple

Pycarde provides some simple samples for the most common use cases at https://github.com/irdkwia/pycarde/blob/main/resources

A list of available constants is defined at https://github.com/irdkwia/pycarde/blob/main/pycarde/constants.py (note: numerical values must be used in JSON card info files)

Advanced

Pycarde can also be used to manipulate e-card info as a list of Card objects containing cards in the same set. This package provides class types for several card formats detailed here

You can import the Card class (from pycarde.card import Card), which provides useful functions to transform your cards:

  • binaries = Card.makecards(cards, extend=True) returns a list of cards in BIN format as bytes objects from a list of Card objects. extend specifies if the card list should be extended in case the data need more cards to be fully stored. NOTE: If a card contains too much data, remaining data is inserted at a the beginning of the next one.
  • cards = Card.parsecards(binaries) returns a list of card objects from bytes objects representing cards in BIN format.
  • cards = Card.mergecardsdata(cards) returns the list of cards will all data merged on the first one, which is useful for multi dotcode apps.

IMPORTANT: These functions modify your original card objects and lists!

If you need to work with RAW cards instead, you can import transform functions: from pycarde.raw import rawtobin, bintoraw

These functions convert a card represented as a bytes object between RAW and BIN format.

Note: to convert all cards in a list, you can use list comprehensions such as binaries = [bintoraw(b) for b in binaries] and binaries = [rawtobin(b) for b in binaries].

e-Reader Card Types

This will list card types as defined in pycarde.card. Constants are defined in constants.py. Images are all palette indexed, with the first color being transparent.

IMPORTANT: Development version! Card properties may change on subsequent releases!

All cards have the following properties:

  • region: targeted region (constants)
  • codelen: dotcode length (constants)

General Cards

RawAppCard - General Purpose Application Cards

A general purpose data cards, a.k.a. all cards that are not TCG cards.

Properties:

  • data: Data contained in the card
  • appname: Name of the app for this card set.
  • save: True if the e-reader should prompt to save the app on the e-reader flash, False if it can't be saved.
  • support: Not relevant.
  • unk1: Not relevant.
  • nes: True if the app is a NES ROM.
  • name: Name of the current card in the list of cards to be scanned to run its app.
  • link: True if the card contains data that needs to be linked to another app (link cable), False if it's a standalone app.

TCG Cards

All TCG Cards have these shared fields:

  • pkapp: Type of linked app (constants).
  • special: If the card has its special flag set (unknown purpose).
  • cname: Card name.
  • cid: The TCG card id in "A-99-#" format.
  • hp: HP of the TCG card.

STViewCard - TCG Trainer Supporter Viewer Cards

Dotcodes that contain info for Supporter/Trainer cards.

  • title: A 192x12 4-colors indexed image representing the card title.
  • cdesc: Card description.

PkViewCard - TCG Pokémon Viewer Cards

Dotcodes that contain info for Pokémon cards.

  • cat: Pokémon category
  • pdest: Pokémon description
  • pname: Pokémon name
  • ctype: Pokémon card type (constants)
  • cdesc: Card description.
  • dex: Pokémon dex #
  • height: Height of the Pokémon
  • weight: Weight of the Pokémon
  • sprite: A 40x40 16-colors indexed image representing the Pokémon.
  • evotype: Type of evolution (constants), defining the # of evolutions and pre evo.
  • evos: A list of tuples describing evolutions. The number of entries depend on the evotype, pre evo is first when defined. Each tuple contain the evolution name and a 4x4 4-colors indexed image representing the evo.

PkSTAppCard - TCG Linked Application Cards

Application dotcodes for TCG cards (minigames and cartoons).

Properties:

  • data: Data contained in the card
  • appname: Name of the app for this card set.
  • save: True if the e-reader should prompt to save the app on the e-reader flash, False if it can't be saved.
  • support: True if the TCG Linked card is a Supporter/Trainer Card.
  • unk1: Not relevant.
  • nes: True if the app is a NES ROM.

PkAbilityCard - TCG Secret Ability Cards

Dotcodes that contain info on a secret ability of the scanned Pokémon card.

IMPORTANT Only provides partial support! (This means you should still be able to modify anything, but unknown fields are reprensented as binary data.)

Properties:

  • support: True if the TCG Linked card is a Supporter/Trainer Card.
  • abilityflags: A list of 9 integers [0-256[ of unknown data.
  • cdesc: Card description.
  • sprite: A 208x16 16-colors indexed image representing the ability title.
  • fieldspecs: Unknown data that should contain instructions ability usage on TCG battle (the animation that plays when you view it in the e-reader).

PkConstructCard - TCG Linked Construction Blocks

Dotcodes that contain info for a Construction Block.

IMPORTANT Only provides partial support! (This means you should still be able to modify anything, but unknown fields are reprensented as binary data.)

Properties:

  • support: True if the TCG Linked card is a Supporter/Trainer Card.
  • layout: A 32x24 16-colors indexed image representing the Construction Block layout in the e-reader Construction menu.
  • layout: Construction Block binary data.
  • blocktype: Block type.
  • unkid: Unknown ID represented as a numerical value, could also be a set of flags.

Documentation/Special Thanks