Module documentation for 1.3
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Das tttool hat jetzt eine deutsche Webseite für Anwender: http://tttool.entropia.de/
The goal of this project is to understand the file and paper format for the Ravensburger TipToi pen. The ultimate goal is that everyone can create their own books, with their own sounds.
The current status is that we understood most of the file format (see the GME file format specification). We provide a tool that allows you to dissect these files.
The tool can also be used to generate completely new files from scratch; see below for details.
If you want to learn more please have a look into our wiki (https://github.com/entropia/tip-toi-reveng/wiki).
The tttool tool
Use the tool
tttool.hs to investigate the gme files and build new ones. It
supports various subcommands:
Usage: tttool [options] command Options: -t <transcriptfile> in the screen output, replaces media file indices by a transscript Commands: info <file.gme>... general information media [-d dir] <file.gme>... dumps all audio samples to the given directory (default: media/) scripts <file.gme>... prints the decoded scripts for each OID script <file.gme> <n> prints the decoded scripts for the given OID raw-scripts <file.gme>... prints the scripts for each OID, in their raw form raw-script <file.gme> <n> prints the scripts for the given OID, in their raw form binaries [-d dir] <file.gme>... dumps all binaries to the given directory (default: binaries/) games <file.gme>... prints the decoded games lint <file.gme> checks for errors in the file or in this program segments <file.gme>... lists all known parts of the file, with description. segment <file.gme> <pos> which segment contains the given position. holes <file.gme>... lists all unknown parts of the file. explain <file.gme>... lists all parts of the file, with description and hexdump. play <file.gme> interactively play: Enter OIDs, and see what happens. rewrite <infile.gme> <outfile.gme> parses the file and serializes it again (for debugging). export <infile.gme> [<outfile.yaml>] dumps the file in the human-readable yaml format assemble <infile.yaml> <outfile.gme> creates a gme file from the given source oid-code [-d DPI] <codes> creates a PNG file for each given code scale this to 10cm×10cm By default, it creates a 1200 dpi image. With -d 600, you obtain a 600 dpi image. <codes> can be a range, e.g. 1,3,1000-1085. Uses oid-<code>.png as the file name. oid-code [-d DPI] <infile.yaml> Like above, but creates one file for each code in the yaml file. Uses oid-<product-id>-<scriptname or code>.png as the file name. raw-oid-code [-d DPI] <raw codes> creates a PNG file with the given "raw code". Usually not needed. Uses oid-raw-<code>.png as the file name.
A transscript is simply a
;-separated table of OIDs and some text, see for example
This program is written in Haskell and can be installed on Windows, MacOS or Linux.
For Windows users, we create zipfile containing
tttool, you can find them in
the releases section of
the github project.
Otherwise, installation from source is not difficult either:
First install the Haskell platform, see http://www.haskell.org/platform/ for details for your system. Users of Debian or Ubuntu simply run
apt-get install haskell-platform.
Install the dependencies. The Haskell platform comes with a tool called
cabal, and you should run the two commands
cabal update cabal install --only-dependencies
Now you can build the program using
cabal install --bindir=.
At this point,
tttoolshould be ready to go. If you run
you should see the list of commands shown above.
If you have any problems, you can report an issue via GitHub.
Building your own gme files
Once you have installed
tttool, you can create your own
.gme files. The
process is as follows
Record the audio samples you want to include, as Ogg Vorbis files, mono, 22050Hz. I use
arecord -r 22050 foo.wav oggenc foo.wav rm foo.wav
my-book.yamlfile containing some general information, and especially the scripts (i.e. what to do) for each OIDs (i.e. the various fields of a book). You can use the example.yaml file as a starting point; it contains more information in its comments.
./tttool assemble my-book.yaml, and make sure it reports no error, i.e. finishes silently.
Copy the now generated
my-book.gmeto your TipToi pen and enjoy!
If you need to find out what OID code corresponds to what part of the book, you
can generate a debug gme using the
debug.yaml file, adjusting its
Product-Id to your product’s id, building it with
./tttool assemble debug.yaml and loading the resulting
debug.gme on your pen. It will then
read out the codes, as a sequence of english digits.
We are also collecting template files, where the OIDs are commented; these can
be found in the
./templates directory. Please improve and contribute!
Again, please let us know if you have problems, but also tell us what fun things you did if you succeded.
Text to speech
If you have
vorbis-tools installed, you can have tttool
generate audio files from text for you, which makes developing your yaml file
much easier. See text2speech.yaml for more information.
Printing your own books
With the code in this repository, you can create GME files. This is even more fun if you can also create your own books! „Pronwan“ found out how that works, as you can see in this video demonstration. He also published 30 minute video tutorial (in German).
- tiptoi hacking by Guido Arnold
- TipToi Hacking and TipToi Hacking II by Mr. Blog
- Various posts by Joachim “nomeata” Breitner (the main author of
- Self-made animal figures demonstration video
- What are all the header fields? (See wip/Header.md)
- Finish decoding the games. (See wip/games.txt)
- What is the purpose of the additional script table?
Other resources in this repository
oid-decoder.htmlallows you to manually decode an OID image.
scripts/updates.shdownloads all gme files from the Ravensburger server.
libtiptoi.cis an alternative tool to investigate gme files. It can also replace audio files in gme files; compile and run it for diagnostic output.
Audio/contains some audio files, such as digits read out.
docs/collects information about TipToi found elsewhere.
matlab/contains scripts to analyse gme files in Matlab
wip/(work in progess) contains notes about the parts of the gme files that are not fully understood yet.
perl-toolscontains a perl based script, to generate a PDF with all OID codes from a yaml-file as well some functions to generate PNG-files, inject pHYs-chunks with resolution hints into GD generated PNG files as result from some testing