Free foot pedal software for linux

Overslack is a slackline simulator/game. A configurable model world containing a slackline, a slacker and ground is visualized and its time evolution is calculated while the user controls the slacker using the mouse. Just like with real slacklining there is no predefined goal, but it keeps track of the time you stand on the line.

The simulated world has only two dimensions. Although the forward direction offers many possibilities on a real slackline, it has very little to do with balancing and is quite uninteresting to simulate. Slow speeds are assumed, so the air resistance is neglected. The time evolution is calculated by applying Newtonian physics numerically as many times per second as the machine can handle.

The speed of the simulated world is configurable, making it run five times as slow as the real world makes it slow enough to be manageable and fast enough to keep the attention up. Unlike normal grass ground, the ground in the simulation is bouncy and doesnt cause injuries. It is (unfortunately) a bit unrealistic, but makes it more fun.

The simulated line behaves according to a quite simple model. An ideal spring between the lines point of equilibrium and the slackers feet makes a good approximation, but an ideal spring gives back all energy it stores, which would cause you to bounce forever without helping with your legs. To simulate some friction, it has a somewhat different spring constant depending on whether its extending or compressing. It is of course fully configurable, so anything from an ideal spring to an old, tired and non-elastic line are possible to simulate.

The slacker is controlled with the mouse. Move the mouse down to extend the legs, and move it up to crouch. Move the mouse to the right to lower your right arm and raise your left, and to the left to do the opposite. This is pretty much all you can do on a real slackline too, except that you can move more than just your arms, but thats just a question of terminology.

The slacker is infinitely fast and strong, if you move the mouse the slacker will move instantly to the new position regardless of the force and energy required.
It is possible to jump off the line and land on it again, with or without bouncing on the ground in between, but to make it simpler the slacker is moved to a perfectly balanced position whenever you press the right mouse button.

In addition to the line, slacker and some on-screen numerical physical information, vectors visualizing location (white), speed (green) and acceleration (red), both translational and rotational, are shown.

Unreal Tournament 2004 BONUS MEGAPACK contains many missions for Unreal Turnament 2004.

This pack is our way of saying "Thanks" for purchasing UT2004. We hope you enjoy it!

This bonus pack includes everything you need to update UT2004 to the most current version, including the latest patch, and the content from the first (Editors Choice Edition) bonus pack for UT2004. You can install this bonus pack on any version of UT2004.

The MegaPack includes the following maps:

Assault:
AS-BP2-Acatana
Intense space fighting and on-foot combat combine in this recreation of the historic Skaarj invasion of the Acatana asteroid belt.

AS-BP2-Jumpship
Be part of the elite team that infiltrated and hijacked the first warp capable Jumpship.

AS-BP2-Outback
City slickers just took over the outback’s top brewery – get over there pronto and stop the production of their tasteless Zero Beer before it takes over Oz!

AS-BP2-SubRosa
Fight your way into a Liandri research facility and steal the original plans for the Redeemer.

AS-BP2-Thrust
A recreation of the infamous destruction of the Saturn IX rocket where a team of rebel fighters launched it unguided and half fueled into hostile waters.

CTF:
CTF-BP2-Concentrate
Tall spires tower over this Capture the Flag battle set on a derelict outpost deep in the Elorean Seas.

CTF-BP2-Pistola
This twin complex of concrete and metal combines the beauty of nature with the harsh lines of industrial architecture to create a fierce battle arena.

Deathmatch:
DM-BP2-Calandras
The courtyards of Calandras were once beautiful and welcoming. While the Temple’s interiors have been preserved, a new less-inviting use has been found for the exteriors.

DM-BP2-GoopGod
For centuries the Nali monks managed to keep this sacred burial ground hidden until Liandri satellites discovered the location during a routine satellite sweep. The area was mined, and what remained was converted into a tournament arena, corpses and all.

The content from the first bonuspack, also included, is:

Onslaught:
ONS-Adara
ONS-IslandHop
ONS-Tricky
ONS-Urban

Three new vehicles:

SPMA (Self Propelled Mobile Artillery)
The SPMA is a two person vehicle, with the driver controlling a long range artillery piece. Alt-fire deploys the spotter camera. Enemies will want to shoot down the spotter camera as soon as they see it, to keep the SPMA from raining destruction from afar. An AVRiL at the spotter camera will automatically re-direct toward the SPMA if it ever becomes visible to the AVRiL.

Paladin
The Paladin is a defense focused vehicle, with a powerful energy projectile cannon and a defensive shield alt-fire. Firing the cannon while the shield is deployed will heavily damage nearby players.

Cicada
The two-man Cicada ground attack bomber is a powerful weapon against ground targets, but is easy prey for Raptors. The pilot can fire missiles, or use the alt-fire to specify a target. While holding alt-fire, multiple missiles are loaded up, and released when alt-fire is released. These missiles will all track toward the specified target location, so the alt-fire can be used to avoid enemy fire while loading up missiles. The second seat in the Cicada is an energy beam turret located on the belly of the Cicada. Its alt-fire is chaff that can be used to confuse incoming AVRiLs.

Six new characters:

Mekkor (Skaarj)
Mekkor is from the Black Fist Clan, sworn enemies of the Iron Skull Clan. Severely injured in battle, he is testing his new cybernetic armor in the Tournament.

Skrilax (Skaarj)
Skrilax is from the Black Fist Clan, sworn enemies of the Iron Skull Clan. Alongside his brother Mekkor, he was severely injured while fighting the Iron Skull Clan."

Barktooth (Iron Guard)
Barktooth would rather rip an opponent to shreds with his bare hands than fight from afar. He also finds close range Flak shots very satisfying."

Karag (Iron Guard)
Before joining the Iron Guard, Karag honed his weapon handling skills during a long stint as a Marshall for the Terran Colonial Authority. His style and panache already have the the Tournament audience abuzz."

Kragoth (Necris)
After an absence of several years, the Necris are preparing a return to the Tournament. Known as the Star Slayer, Kragoth is a dread Necris Phayder assassin. He is rumored to have single handedly killed the entire crew of an ICV Star Cruiser."

Thannis (Necris)
After an absence of several years, the Necris are preparing a return to the Tournament. Thannis is participating to scout the competition."

The normal desktop calculators seem counter-intuitive to me. Why emulate the limited interface (ie a numeric pad) of a pocket calculator, when youve got the power of a desktop computer and keyboard at your finger tips.

SuperKaramba Calculator is a very simple calculator theme, with a lot of hidden power. It uses the google calculator as its engine, which means that it can do complex calculations from a very simple interface. If the calculation is a simple mathematical expression, the theme will use the bc program, rather than going online. It does unit conversions and currency conversions as well.

You can enter an equation in mathematical notation, or in everyday language. For example:

four plus five
4+5
2000 kilometers per hour in feet per year

The theme stores the last 10 queries, so that you can go back over them.

The theme checks for invalid characters, and parentheses mismatches.

The theme also allows you to use the keyword "ans" in your query, which will substitute the last result into your current query. This could save typing a lot of text if youre chaining queries together.

How to use it ...

This is so simple to use, it doesnt really need a manual. The theme consists of three elements. A text entry box, a text display and a button.

To run a calculation, put your query in the text box. Then left click the button. The theme will go off and do its magic, and come back with an answer that will be displayed as text underneath the text box.

Sometimes what you enter may not be able to be processed, either because youve typed it wrong, or it doesnt understand you, or because youre asking it to do too much. If that is the case, then the theme will tell you.

To access previous queries, middle click on the button, and select the relevant query from the dropdown list.

patch-o-matic-ng it is a system to apply netfilter-related patches to the latest kernel and/or iptables sources.

FOLLOW THESE STEPS:

0) There may be some outstanding bugfixes or tweaks which are not yet in the official kernel. To look through these, do:

# KERNEL_DIR=
IPTABLES_DIR=
./runme pending

Please note that you have to recompile your kernel and your kernel modules after this step of kernel patching.

Thats it!

FEELING BRAVE?

1) The netfilter core team is maintaining a set of extensions / new features which are not yet committed to the mainstream kernel tree.

They are a collection of maybe-broken maybe-cool third-party extensions.

Please note that you cannot apply any combination of any of those patches. Some of them are incompatible...

This is why we provide two ways of applying them:

If you want to try some extensions, and be sure that they dont break each other, you can do the following:

# KERNEL_DIR=
IPTABLES_DIR=
./runme base

It will modify you kernel source (so back it up first!). You will have to recompile / rebuild your kernel and modules.

Alternatively, if you really know what your are doing, you can use the following command in order to offer you the full list of choices. Be aware that we dont prevent you from shooting yourself in the foot.

% KERNEL_DIR=
IPTABLES_DIR=
./runme extra

Linux-HA provides a heartbeat and IP address takeover functions for a high-availability Linux cluster.
The basic goal of the High Availability Linux project is to:
Provide a high-availability (clustering) solution for Linux which promotes reliability, availability, and serviceability (RAS) through a community development effort.
The Linux-HA project is a widely used and important component in many interesting High-Availability solutions. We estimate that we currently have around thirty thousand installations up in mission-critical uses in the real world since it became suitable for mission critical production in 1999. Interest in this project continues to grow. These web pages are average more than 17000 hits per day, and we see around 100 downloads of our software per day.
Heartbeat now ships as part of SUSE Linux, Mandriva Linux, MSC Linux, Debian GNU/Linux, Ubuntu Linux, Red Flag Linux, and Gentoo Linux. Ultra Monkey, and several companys embedded systems are also based on it. Although this is called the Linux-HA project, the software is highly portable and runs on FreeBSD and Solaris as well (even MacOS X from time to time).
There have been many articles and chapters in books written on this project and software. See the PressRoom for more details.
We have put our foot on the road to being competitive with commercial systems similar to those described in D. H. Browns 1998 or March 2000 analysis of RAS cluster features and functions. In most important respects, we think youll find that Linux-HA has achieved this level of competitiveness with our release 2 software.
This release 2 series brings technologies and basic capabilities which match or exceed the capabilities of many commercial HA systems. We think youll be surprised. An R2 getting started guide is available.
We also work well with the LVS (Linux Virtual Server) project and expect to continue to collaborate with them in the future, since our goals are complementary.
Enhancements:
- This release has significant bugfixes and enhancements, making it a worthwhile upgrade for anyone running R2 CRM-style configurations, or who would like to.
- An OCF RA for Xen guests and Chinese GUI support have been added.
- ipfail has been replaced and generalized (limited testing). Master/slave testing and fixes.
- Significant cibadmin fixes.

Libmorph is a library that reads 3d mesh file formats saved by Autodesks 3D Studio and Newteks Lightwave.
The main purpose of LibMorph is loading (and saving) 3d models (3d modeller object files). Given loader is dynamically linked when format of requested file is recognized.
The library is very young piece of software, so chances are high that some things dont work yet as they should or at all. If you have need for some particular feature, drop me a mail, Ill try to reprioritize my TODO list.
LibMorph currently supports following formats (only loading at the moment):
LWOB -- LightWave[TM],
3DS -- 3D Studio[TM],
In future hopefully it will support nex features:
? -- Alias Wavefront[TM]
MAX -- 3D Studio Max[TM]
DXF -- CAD?
? -- Maya[TM]
? -- Soft Image[TM]
SVG -- XML, 2d Vector files converted to 3d (via libart?)
and more
Enhancements:
- drag and drop
- icon and foot menu entry
- better navigation
- RH6.1 RPMS
- several bug fixes

dimnum is a C++ template library for dimensional numbers.

The dimnum C++ library provides templated classes for storage of dimensional numbers, like lengths, masses, and so on. The classes are templated over the storage data type, and the base unit.

Output as well as input (with automatic recognition of the base unit) through standard C++ streams is supported. The dimension information is handled completely at compile time, so no additional memory is required for storage.

In both dimnum and SIunits, numbers are represented in a given base (ie. you can for instance declare a length object which is expressed in meters). In SIunits this base unit ("one meter") is fixed at compile time (ie. all values are represented in meters), while in dimnum it is a template parameter. In dimnum you can have (in one program) both values expressed in the SI basis and in, for instance, the British foot/inch/... basis, while in SIunits you have to make a choice.

Dimnum uses a different treatment of models in which dimensions merge (for instance the high energy physics model, in which the speed of light and Plancks constant are put equal to one). In dimnum models can be mixed, in SIunits you have to choose one.

Treatment of I/O differs (dimnums method uses more static data where SIunits uses dynamical switches); a bit hard to explain in one or two lines.

Dimnums actual code (i.e. excluding the constant lists and the dimensionful number declarations) is also a bit smaller.