Free calculating round trip time software for linux

Tactical Operations: Crossfire is a tactical shooter based on Unreal Tournament 2004.

Tactical Operations: Crossfire is a fast paced first person online shooter in which two teams, terrorists and special forces, duke it out in a wide variety of environments with various objectives to accomplish. From rescuing hostages kept in a small desert town in Saudi-Arabia to preventing the bombing of an oil refinery on the Caspian sea shore. There are no less than fourteen official maps to choose from!

Each map is played for a certain amount of time and the team having won the most rounds when the time runs out is declared the winner. A round can be won either by completing the objective set for that team, such as rescueing the hostages, or by simply eliminating all players on the opposite team.

A large number of weapons is avaialable for both teams, which can be purchased by each player at the start of the round. Out of the thirty weapons currently available, theres bound to be a weapon to suit your style of playing, be it either up close and personal with the Benelli Nova tactical shotgun or sneaky sniper work with the Dragunov SVD.

Tactical Operations: Crossfire continues where the popular Tactical Ops: Assault on Terror left off, with many classic weapons returning and remakes of some of the original maps. To play TO:C, you will need Unreal Tournament 2004 installed and patched to the latest version (3369). Tactical Ops: Crossfire can be played on Windows, Linux and Mac systems.

Scrabble Blast Solver 0.1 offers you a professional and easy-to-use software which is an effective way to find and display words and their score for the popular online Scrabble Blast game. This product will be your good choice.

LightWeight Time Tracker (LWTT) is a very simple time-tracking program. LightWeight Time Tracker provides independent real-time tracking of multiple tasks (such as programming, lectures, presentations, etc.).

The data are saved to an XML file under the home directory.

DataGridField is a product which consists of a table input component for Plone.
It uses Javascript to make entering tabular data more user friendly process - there are no round trip HTTP requests to the server when inserting or deleting rows.
Main features:
- Any number of columns set by a developer
- Any number of rows filled by a user
- Insert and deleting rows without submitting a form
- Many different column types

Mathfun.py project s a rather small Python library that contains some of the more obscure (others would say less useful 8^) mathematical formula/functions that I have always found interesting/amusing.

These include primality tests, fibonacci sequences and turning characters into numbers, among other things. The next paragraph includes a little story about my strange habits as a teenager. The paragraph after that contains some ramblings about primes and formulas.

The paragraph after that hasnt been decided on yet, but you can be assured that it will be more stream-of- consciousness rambling about something mathematic by yours truly.

One of the reasons that this library exists is that, as a junior programmer in high school, I spent an insane amount of time writing BASIC programs on our IIgs that would calculate the first 100 primes or some other such nonsense. I would write it one way, get out a stop watch, run it, record the time it took, rewrite it, rerun it, retime it and calculate the difference as percentage decrease in time. Repeat the previous until you get BASIC that looked like an explosion in a type factory. All in some sort of quest to... well, I dont really know what I was shooting for. I just enjoyed it. Calculating if a number was prime, calculating the prime factorization, calculating the first N prime numbers... Yeah, I was a strange one.

But, in retrospect, all that solitary math kinda helped. While I reinvented many a prime wheel, I did it on my own, which was something of a personal fulfillment once I had learned more of a history of mathematics. And I never forgot most of those formulas that I worked out on that Apple. For instance, mathfun.isprime(number) utilizes most of what I learned back in high school. It iterates through the odd numbers, up to the integer value of the square root of the number in question. I still remember the epiphany that I had that I only needed to calculate through the square root of the number. 8^)

Theres a minor paradox with the calculation of a prime. The quickest way to generate primes would be to only attempt modular arithmetic with prime numbers. However, to do it that way means that you have to generate a list of prime numbers first, which involves a primality test on every odd number up to the square root of the number in question. This would be sloooooow for the primality test for any single number. (For instance, isprime(10000) would involved roughly 50 full primality tests to generate the list needed to be a maximally efficient test on it.) So, we accept that even if were not going to get any results doing (N mod 9), its much quicker to eat those wasted cycles than to determine if 9 is prime first.

However, if youre doing nothing more than simply cranking out prime after prime, it becomes much more efficient to only do the primality test with a list of primes, since (if you start from 2) youve already determined the ealier ones before. (Theres probably a break-even time first (machine dependent) before "determine all primes with primes" becomes more efficient than "crank through the odd numbers".) Its easy to see however, that for very large numbers its much better to only work with primes.

Theres also a minor question of the speed of the data structures used to store the prime list versus the very fast next odd number test. However, Ill leave that one up to the True Computer Scientists.

Bio::AnnotationCollectionI is a Perl interface for annotation collections.
SYNOPSIS
# get an AnnotationCollectionI somehow, eg
$ac = $seq->annotation();
foreach $key ( $ac->get_all_annotation_keys() ) {
@values = $ac->get_Annotations($key);
foreach $value ( @values ) {
# value is an Bio::AnnotationI, and defines a "as_text" method
print "Annotation ",$key," stringified value ",$value->as_text,"n";
# also defined hash_tree method, which allows data orientated
# access into this object
$hash = $value->hash_tree();
}
}
Annotation Collections are a way of storing a series of "interesting facts" about something. We call an "interesting fact" in Bioperl an Annotation (this differs from a Sequence Feature, which is called a Sequence Feature and may or may not have an Annotation Collection).
The trouble about this is we are not that sure what "interesting facts" someone might want to store: the possibility is endless.
Bioperls approach is that the "interesting facts" are represented by Bio::AnnotationI objects. The interface Bio::AnnotationI guarentees two methods
$obj->as_text(); # string formated to display to users
and
$obj->hash_tree(); # hash with defined rules for data-orientated discovery
The hash_tree method is designed to play well with XML output and other "nested-tag-of-data-values" think BoulderIO and/or Ace stuff. For more info read Bio::AnnotationI docs
Annotations are stored in AnnotationCollections, each Annotation under a different "tag". The tags allow simple discovery of the available annotations, and in some cases (like the tag "gene_name") indicate how to interpret the data underneath the tag. The tag is only one tag deep and each tag can have an array of values.
In addition, AnnotationCollectionIs are guarentee to maintain a consistent set object values under each tag - at least that each object complies to one interface. The "standard" AnnotationCollection insists the following rules are set up
Tag Object
--- ------
comment Bio::Annotation::Comment
dblink Bio::Annotation::DBLink
description Bio::Annotation::SimpleValue
gene_name Bio::Annotation::SimpleValue
ontology_term Bio::Annotation::OntologyTerm
reference Bio::Annotation::Reference
These tags are the implict tags that the SeqIO system needs to round-trip GenBank/EMBL/Swissprot.
However, you as a user and us collectively as a community can grow the "standard" tag mapping over time and specifically for a particular area.
Enhancements:
- Perl