- Source code (MIT licensed) released December 31st, 2020.
- OE/M33 'slim' version released on July 8th, 2008.
- 'Polished' party version released on June 27th, 2007.
- Original production released at Breakpoint 2007.
- 1st place Console / Real Wild demo competition at Breakpoint 2007.
- Public Choice nominee at Scene.org 6th Annual Demoscene Awards.
:trumpet: pouët.net
:movie_camera: YouTube
After the success of the Starstruck demo, the team needed a new challenge. It had to be a demo on a new platform. On a well defined and fixed platform, but with hardware powerful enough for the Creative Vision™. Limited, yet modern. Platform unhindered by layers of software abstractions one finds in PC.
So, inspired by the PlayStation® 2 demo 4 Edges and hacker spirit of the Homebrew community we soon had a winner - a miniaturized beast of PlayStation® with a vibrant screen. A harbinger of the new future where great visuals fit in your pocket - PlayStation® Portable™!
The goal was simple: make the most Entertaining Visual Experience, the Best Demo for the platform! And although the author is clearly biased here, but it looks like Suicide Barbie holds its ground even today and still is the best demo on the PlayStation® Portable™.
Original PlayStation® Portable™ SoC was built on a 90nm CMOS process and was powered by 1.2V. The very first devices shipped in Japan in December 2004 and hit Europe by the end of 2005.
~ 32-bit MIPS R4000 CPU clocked @ 222 MHz.
~ VFPU compute co-processor pushing 2.6 GigaFlops.
~ Graphics Core triangle rasterizer with fixed T&L pipeline that can spit up to 33M triangles and cover 665M pixels per second.
~ 32 MiB main RAM with 2.6Gb/s of bandwidth.
~ 2 MiB Graphics eDRAM with 5.3Gb/s of bandwidth.
As Suicide Barbie follows a story and sports massive amounts of content (relatively speaking), we would adopt the new process of production. Pick the music, make a storyboard, plan the art, setup the data pipeline, get the demo running from the day one, add the scenes as they come from the artist, continuously iterate on the quality. Ship it.
Back in 2006/2007 we didn't have the luxury of functional emulators for the PlayStation Portable. At least nothing on the level we aimed for. So the obvious thing to do - write cross-platform code and make the demo run on PC identical to PSP. All the effects would be duplicated. A little bit of extra work of course, but huge upside with the fast iteration time and easy workflow for the artists.
One innovation we had was the ability to scrub the playback time at any point. Basically the demo could run forward and back in time. Perfect for polish. We kept this mechanism alive all the way until the end, and only disabled it when we switched to compressed (ATRAC3) streamed audio (as that made "per sample" scrubbing hard).
Data pipeline was setup in a rather simple, but effective way - a bunch of batch files. In goes the source data, out goes the compiled data ready for blob loading into the memory. With this data pipeline we could build a separate scene or the whole demo. Run goPsp.bat and you get the PSP version. Run goDx9.bat and you can run it on PC.
Finally, if you push the boundaries of the consoles, you have to have streaming. Suicide Barbie does not fit into 32 MiB of main RAM and constantly stream the content ahead of the player.
NOTE: While (most of) the code is present in this repository we haven't bothered upgrading the vs2005 projects, so DX9 playback is lost (except for the most adventurous).
Direction, Graphics: Louie / TBL^CNCD
Graphics: Jintz
Code: ReJ / Nesnausk!
Code: eriQue / soniK cliQue
Music: Elusive 'Pete loves Veronica mix'
(Veronica Maggio 'Dumpa Mig')
Animations: Micke
Animations: Johra
Animations: Duffe
Additional Graphics: Eracore / Rebels
Platform Consultant: Chip
Roberto Roseano (Barbie Suicide)
Psyop
orl^simple / Nesnausk! (mutant lib)
pspdev community for homebrew
TyRaNiD for psplink (this demo would not've been possible without it)
daywish^cathy / Nesnausk! for support and photojournalism in Bingen
This production has been tested and confirmed working under firmware 1.00, 1.50 and 3.40 OE-A (150 binary) and 3.90 M33-3 and 4.01 M33-2 (OE/M33/Slim binary). Use a fast memory stick like SanDisk 2GB to guarantee a smooth viewing experience.
~ Unpack the contents of the archive from the releases page to the ms0:/PSP/GAME/ folder on your Memory Stick.
~ If you're using Open Edition OE/M33 firmware, and the original 150 binaries, copy the files to ms0:/PSP/GAME150/ instead.
~ Run the production from the XMB (PlayStation Portable menu screen) as you would do with a regular game.
If you do not own a PlayStation® Portable™ device, we recommend installing the ppsspp emulator.
PPSSPP even lists Suicide Barbie within its PPSSPP Homebrew Store, making it easy to enjoy the production.
This has only been tested with macOS 10.14+ (using brew) and Ubuntu 20.04 LTS (Focal Fossa)
macOS : brew install autoconf automake flex gcc@9 ncurses make subversion texinfo wget ppsspp libusb libusb-compat sdl
Ubuntu : apt install autoconf automake bison flex gcc-9 libncurses-dev make subversion texinfo wget libusb-dev build-essential libreadline-dev
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Bootstrap the environment using a 2006'ish snapshot of the homebrew PSP toolchain and SDK via
./bootstrap.sh -
Build the source via
./build.sh -
Either use psplinkusb, and run it via
usbhostfs_pcusing./psplink.sh
or, run it emulated (assumingppssppis installed) using./emulate.sh
Good question - and while there is not a single reason to do this there are two worth highlighting:
Firstly we were repeatedly asked, both publicly and in private conversations, to release the source code.
And as the code was sitting in a backup of an old Perforce repository not even we had direct access to it for a long time.
It was a good enough reason to resurrect the code and migrate it to Git.
Secondly it seems the PSP Homebrew Community is still active and, as already noted, this is as far as we can tell the best demoscene production for the PSP - almost 15 years later.
Maybe it will inspire someone else out there to create something interesting for the PSP (or any other platform).
The source code itself is pretty much in a frozen state at this point - we don't expect PRs or further development of the production. But it might serve useful for anyone interested in porting the code, writing emulators or perhaps working on an FPGA reimplementation of the PSP.
Photos are courtesy of Daywish.
The source code found in this repository is licensed under the MIT license (except where other licenses apply).
The source assets (textures, meshes, etc, found under Data) are Copyright © 2020 and licensed under a CC BY-SA 4.0 license.
