Hi everyone,

As the title suggests, I'm making a Liero adaptation for the DS. I figured I'd upload a working version too, maybe people'd get a little enthusiastic about it then
[EDIT]
I should add the controls
Menus:
Pretty standard: D-pad and A/B/Start for navigating/modifying
Level editor:
Stylus to draw, Up/Down for brush size, Left/Right for brush type, B for save menu; Select Yes, input a name with the stylus, and press OK
Ingame:
D-Pad to walk/aim, A to jump, B to fire, X for Ninja Rope, Y for digging, L/R to switch weapons
[/EDIT]

There are still a few issues with this game, however:

* The game runs, as stated before, really slow on emulators. Try playing it on your DS for smooth gameplay;
* Most weapons work, except for laser type weapons (laser, gauss gun, etc) and direction steerable weapons (missile);
* Using a Big Nuke isn't the best thing to do: It uses up all the sprites and can sometimes mess up the game;
* There's a weird bug that allows weapons to move through the ground;
* Sometimes when picking up weapon bonuses the game freezes;
* There's no AI or multiplayer: See first post;
* You can draw a game for a single 'session': As soon as you turn off your DS the level will be gone;
* Bonuses will move through the ground when it appears underground.

I'll try to fix the level loading myself (I'd like to get a list of available levels to choose from), but if you have any code ready for that, I'll gladly hear about it As for now level saving is disabled too, to make sure everything else does work. You do have to select yes to save, and input a name (press OK when done), I don't think you can play the level otherwise.

Other than that, the game pretty much works as it should.
Please try it out, tell me what you think, and if possible help me out with the liblobby/efslib usage;D

My first completed PALib application. After looking into 3D stuff and not really completing anything, I needed something simple and got this idea when I realized after 8 years Catholic schooling [and now 10 years after that] I was forgetting to say some of the basic prayers. Also, I forgot all about the Rosary and this helped me relearn and revisit Rosary basics. I certainly will meditate with the Rosary more, now that I have this. Its funny I can play Madden 09 and then say the Rosary all on my DS!

http://therosaryds.googlecode.com

Say, learn, and practice saying the Rosary on a Nintendo DS! A wonderful new way to enjoy this traditional Christocentric prayer. Do you need an easy way to brush-up on your Hail Marys, Our Fathers, Apostles' Creed, and Glory Be to the Father prayers? Try out The RosaryDS.

Features
Learn and practice the Rosary prayers while reading the screen.
Press the 'Pray with Me' button for a voice to read with you.
Automatically knows the day and date for the Mystery scriptures.
Extras feature.
What is the Rosary?
The Rosary is made up of twenty "mysteries" (significant events or moments in the life of Jesus and Mary), which, following the Apostolic Letter Rosarium Virginis Mariae, are grouped into four series. The Rosary is made of beads which represent which prayer is to be recited. Normally, the person saying the rosary holds on to the current bead in which they are reciting.

The first of the four mysteries contains joyful mysteries (recited on Mondays and Saturdays); the second, the mysteries of light (Thursdays); the third, the sorrowful mysteries (Tuesdays and Fridays); and the fourth, the glorious mysteries (Wednesdays and Sundays).

"This indication is not intended to limit a rightful freedom in personal and community prayer, where account needs to be taken of spiritual and pastoral needs and of the occurrence of particular liturgical celebrations which might call for suitable adaptations." (Rosarium Virginis Mariae, 38).

µLibrary is a new library for Nintendo DS. Basically, it is meant to use the 3D GPU to create nice 2D games very easily, using a different approach than existing libraries (quite similar to OSLib).

The 3D GPU provides additional effects over the 2D GPU, like full transparency with alpha channel (objects can blend amongst them), a larger number of sprites (up to 1536 instead of 128), no zoom or rotation limit (2x with the 2D GPU), a larger limit for the sprite size (2048x2048 instead of 64x64). It is also possible to draw primitives like lines, rectangles, etc. allowing nice effects like in Yoshi's island for example

µLibrary also provides a low level layer and is open to the hardware. You can also mix 2D and 3D in a single project.

The problem of using the 3D GPU is clear: you can only use one screen at a time, or 2 screens but at 30 fps. However, µLibrary is fully compatible with PALib and you can use it to handle the second screen at 60 fps. It's a good solution if you do not plan to use the second screen intensively: displaying a BG with some sprites and get the stylus state could be enough, and you can concentrate on the main screen which is driven by µLibrary.

Here is a small list of functionalities offered by µLibrary:

Supported image formats: PNG, GIF, JPG
Special image effects: stretching, tinting (4 corners), mirroring, rotation (with a defined center), selection of an image frame to display (just like on spritesheets).
18-bit render quality instead of 15-bit: provides 8 times more colors!
Virtual file system: it is possible to load files independantly from the actual support (RAM, libFat, GBFS are supported by default, but you can define your own). Allows to create more easily software that are compatible with all existing linkers
Untextured geometry (rectangles, gradients, lines, etc.)
Basic message box system
VideoGL wrapper for texture and palette loading in VRAM: it is now possible to load and unload things dynamically. Furthermore, it is more flexible (you can choose which banks you want to use for what, etc.)
Keypad and touchscreen handler namely with support of stylus speed and double click and support of autorepeated keys (menus for example).
Includes 2 splash screens
Low level wrapper to draw primitives
Text system using the same font format as OSLib

Performance is good, one of the examples shows that an unoptimized C++ code that draws 400 balls bouncing on the screen uses less than 15% of CPU...

A few examples are supplied, as well as a Doxygen documentation and a small .chm documentation with a FAQ. There are also 2 templates for VHAM, Programmers Notepad or just make, one with PALib and one without it.

The render method is similar to a sheet of paper: you first draw a background, then put some mountains, then some trees, some characters and so on: you draw your objects in the order they should appear on the screen (the first is behind, the last one is over the others).

23.08.08 | µLibrary 1.11
An update to µLibrary, correcting a few bugs.