- second part of small fixes inspired by kloczek (this time better checked,

[packages/droidbattles.git] / droidbattles.spec

Summary:	A game of programming
Summary(pl):	Gra w programowanie
Name:		droidbattles
Version:	1.0.4
Release:	1
License:	GPL
Group:		X11/Applications/Games
Source0:	http://www.bluefire.nu/%{name}/%{name}-%{version}.tar.gz
# Source0-md5:	88f71cc17895d3aa77cfbb3428d41dbc
Source1:	http://www.bluefire.nu/%{name}/bots-light-01-06-11.tar.gz
# Source1-md5:	358a931c2d795f6c005a9b4da07c1439
Source2:	%{name}.desktop
Source3:	%{name}.png
URL:		http://www.bluefire.nu/droidbattles/
BuildRequires:	qt-devel
BuildRoot:	%{tmpdir}/%{name}-%{version}-root-%(id -u -n)

%description
So, you're having this argument about who's the best programmer? Or
you just want to have some programming fun? What better way to do it
than a little game of AI programming.

In DroidBattles you design the bots by choosing which hardware they
should contain. Each bot can have up to 32 hardware devices that you
can choose freely from a list of available types. Examples include
weapons, armor, CPU:s, engines... etc.

When you have chosen the hardware it's time to program it. You make a
program (in an assembler like language) that is loaded into a virtual
RAM of the bot and then executed by the CPU device(s) you've included
with the bot. You communicate with your devices through simple in/out
instruktions.

Other features of DroidBattles includes team-battle and set up of
"rules" for a game, (you can enable/disable hardware devices and also
set the costs).

You can make the bot have it's own graphics that is shown when the
simulation runs. When everyhing is ready you assemble the program and
a .bot file is created. You can now test this bot against other bots
in the simulator, and hopefully your bot will crush it's opponents.

%description -l pl