Counter Strike 1.6 – Telekran (p48)

Counter Strike 1.6 – Telekran (p48)

 

Download this Counter Strike 1.6 –  Click Here

 

It’s modified version of Counter Strike 1.6 (CS 1.6) game, it’s version 48 of CS 1.6 game released few year’s ago and counted a huge amount of this game version fan’s. This game version have a lot of fan’s (players who play CS 1.6 with version 48 build of CS game), because in this version of the game you will find fixed a lot of game bug’s, updated graphics (player’s and gun’s model’s), updated sound’s, details of the map’s and much more. With CS 1.6 V48 you can join any CS 1.6 game server (Protocol 47, protocol 48 and double protocol – 47+48), this version of the game have only one bad thing – With this version of the game you will not be able to join STEAMED CS 1.6 game server if you will use NON-STEAM game version, but this thing you will find not only in version 48 of CS 1.6 game, all non steam game version’s have that problem.

 

The most important archaeological discoveries in Sumer are a large number of clay tablets written in cuneiform script. Sumerian writing, while proven to be not the oldest example of writing on earth, is considered to be a great milestone in the development of humanity’s ability to not only create historical records but also in creating pieces of literature both in the form of poetic epics and stories as well as prayers and laws. Although pictures — that is, hieroglyphs — were first used, cuneiform and then Ideograms (where symbols were made to represent ideas) soon followed. Triangular or wedge-shaped reeds were used to write on moist clay. A large body of hundreds of thousands of texts in the Sumerian language have survived, such as personal or business letters, receipts, lexical lists, laws, hymns, prayers, stories, daily records, and even libraries full of clay tablets. Monumental inscriptions and texts on different objects like statues or bricks are also very common. Many texts survive in multiple copies because they were repeatedly transcribed by scribes-in-training. Sumerian continued to be the language of religion and law in Mesopotamia long after Semitic speakers had become dominant.

The Sumerian language is generally regarded as a language isolate in linguistics because it belongs to no known language family; Akkadian, by contrast, belongs to the Semitic branch of the Afroasiatic languages. There have been many failed attempts to connect Sumerian to other language families. It is an agglutinative language; in other words, morphemes (“units of meaning”) are added together to create words, unlike analytic languages where morphemes are purely added together to create sentences. Some authors have proposed that there may be evidence of a substratum or adstratum language for geographic features and various crafts and agricultural activities, called variously Proto-Euphratean or Proto Tigrean, but this is disputed by others.

Understanding Sumerian texts today can be problematic even for experts.[citation needed] Most difficult are the earliest texts, which in many cases do not give the full grammatical structure of the language and seem to have been used as an “aide memoire” for knowledgeable scribes.

During the 3rd millennium BC a cultural symbiosis developed between the Sumerians and the Akkadians, which included widespread bilingualism.[14] The influences between Sumerian on Akkadian are evident in all areas including lexical borrowing on a massive scale—and syntactic, morphological, and phonological convergence.[14] This mutual influence has prompted scholars to refer to Sumerian and Akkadian of the 3rd millennium BC as a Sprachbund.[14]

Akkadian gradually replaced Sumerian as a spoken language somewhere around the turn of the 3rd and the 2nd millennium BC,[34] but Sumerian continued to be used as a sacred, ceremonial, literary, and scientific language in Babylonia and Assyria until the 1st century CE.
Sumerian religion seems to have been founded upon two separate cosmogenic myths. The first saw creation as the result of a series of hieros gami or sacred marriages, involving the reconciliation of opposites, postulated as a coming together of male and female divine beings; the gods. This continued to influence the whole Mesopotamian mythos. Thus in the later Akkadian Enuma Elish the creation was seen as the union of fresh and salt water; as male Abzu, and female Tiamat. The products of that union, Lahm and Lahmu, “the muddy ones”, were titles given to the gate keepers of the E-Abzu temple of Enki, in Eridu, the first Sumerian city. Describing the way that muddy islands emerge from the confluence of fresh and salty water at the mouth of the Euphrates, where the river deposited its load of silt, a second hieros gamos supposedly created Anshar and Kishar, the “sky-pivot” or axle, and the “earth pivot”, parents in turn of Anu (the sky) and Ki (the earth). Another important Sumerian hieros gamos was that between Ki, here known as Ninhursag or “Lady of the Mountains”, and Enki of Eridu, the god of fresh water which brought forth greenery and pasture.

At an early stage following the dawn of recorded history, Nippur in central Mesopotamia replaced Eridu in the south as the primary temple city, whose priests also conferred the status of political hegemony on the other city-states. Nippur retained this status throughout the Sumerian period.
Deities
Sumerians believed in an anthropomorphic polytheism, or the belief in many gods in human form. There was no common set of gods; each city-state had its own patrons, temples, and priest-kings, however they were not exclusive. The gods of one city were often acknowledged elsewhere. Sumerian speakers were among the earliest people to record their beliefs in writing, and were a major inspiration in later Mesopotamian mythology, religion, and astrology.

The Sumerians worshiped:

An as the full-time god equivalent to heaven; indeed, the word an in Sumerian means sky and his consort Ki, means earth.
Enki in the south at the temple in Eridu. Enki was the god of beneficence, ruler of the freshwater depths beneath the earth, a healer and friend to humanity who in Sumerian myth was thought to have given humans the arts and sciences, the industries and manners of civilization; the first law-book was considered his creation,
Enlil, god of the north wind, in Nippur, husband of Ninlil, the south wind. King of the Sumerian gods, he gave mankind the spells and incantations that the spirits of good or evil must obey,
Inanna, goddess of love and war, the deification of Venus, the morning (eastern) and evening (western) star, at the temple (shared with An) at Uruk.
The sun-god Utu at Larsa in the south and Sippar in the north,
These deities formed a core pantheon; there were additionally hundreds of minor ones. Sumerian gods could thus have associations with different cities, and their religious importance often waxed and waned with those cities’ political power. The gods were said to have created human beings from clay for the purpose of serving them. The temples organized the mass labour projects needed for irrigation agriculture. Citizens had a labor duty to the temple, though they could avoid it by a payment of silver.
Cosmology

Sumerians believed that the universe consisted of a flat disk enclosed by a dome. The Sumerian afterlife involved a descent into a gloomy netherworld to spend eternity in a wretched existence as a Gidim (ghost).[36]

The universe was divided into four quarters.

To the north were the hill-dwelling Subartu who were periodically raided for slaves, timber, and raw materials.
To the west were the tent-dwelling Martu, ancient Semitic-speaking peoples living as pastoral nomads tending herds of sheep and goats.
To the south was the land of Dilmun, a trading state associated with the land of the dead and the place of creation.
To the east were the Elamites, a rival people with whom the Sumerians were frequently at war.

Their known world extended from The Upper Sea or Mediterranean coastline, to The Lower Sea, the Persian Gulf and the land of Meluhha (probably the Indus Valley) and Magan (Oman), famed for its copper ores.
Temples and temple organisation

Ziggurats (Sumerian temples) each had an individual name and consisted of a forecourt, with a central pond for purification.[37] The temple itself had a central nave with aisles along either side. Flanking the aisles would be rooms for the priests. At one end would stand the podium and a mudbrick table for animal and vegetable sacrifices. Granaries and storehouses were usually located near the temples. After a time the Sumerians began to place the temples on top of multi-layered square constructions built as a series of rising terraces, giving rise to the Ziggurat style.[38]
Funerary practices
It was believed that when people died, they would be confined to a gloomy world of Ereshkigal, whose realm was guarded by gateways with various monsters designed to prevent people entering or leaving. The dead were buried outside the city walls in graveyards where a small mound covered the corpse, along with offerings to monsters and a small amount of food. Those who could afford it sought burial at Dilmun.[39] Human sacrifice was found in the death pits at the Ur royal cemetery where Queen Puabi was accompanied in death by her servants. It is also said that the Sumerians invented the first oboe-like instrument, and used them at royal funerals.

A meteor shower is a celestial event in which a number of meteors are observed to radiate, or originate, from one point in the night sky. These meteors are caused by streams of cosmic debris called meteoroids entering Earth’s atmosphere at extremely high speeds on parallel trajectories. Most meteors are smaller than a grain of sand, so almost all of them disintegrate and never hit the Earth’s surface. Intense or unusual meteor showers are known as meteor outbursts and meteor storms, which may produce greater than 1,000 meteors an hour.[1] The Meteor Data Centre lists about 600 suspected meteor showers of which about 100 are well established.
The first great storm in modern times was the Leonids of November 1833. One estimate is over one hundred thousand meteors an hour,[3] but another, done as the storm abated, estimated in excess of two hundred thousand meteors during the 9 hours of storm[4] over the entire region of North America east of the Rocky Mountains. American Denison Olmsted (1791−1859) explained the event most accurately. After spending the last weeks of 1833 collecting information he presented his findings in January 1834 to the American Journal of Science and Arts, published in January–April 1834,[5] and January 1836.[6] He noted the shower was of short duration and was not seen in Europe, and that the meteors radiated from a point in the constellation of Leo and he speculated the meteors had originated from a cloud of particles in space.[7] Work continued, however, coming to understand the annual nature of showers though the occurrences of storms perplexed researchers.[8]

In the 1890s, Irish astronomer George Johnstone Stoney (1826–1911) and British astronomer Arthur Matthew Weld Downing (1850–1917), were the first to attempt to calculate the position of the dust at Earth’s orbit. They studied the dust ejected in 1866 by comet 55P/Tempel-Tuttle in advance of the anticipated Leonid shower return of 1898 and 1899. Meteor storms were anticipated, but the final calculations showed that most of the dust would be far inside of Earth’s orbit. The same results were independently arrived at by Adolf Berberich of the Königliches Astronomisches Rechen Institut (Royal Astronomical Computation Institute) in Berlin, Germany. Although the absence of meteor storms that season confirmed the calculations, the advance of much better computing tools was needed to arrive at reliable predictions.

In 1981 Donald K. Yeomans of the Jet Propulsion Laboratory reviewed the history of meteor showers for the Leonids and the history of the dynamic orbit of Comet Tempel-Tuttle.[9] A graph [10] from it was adapted and re-published in Sky and Telescope.[11] It showed relative positions of the Earth and Tempel-Tuttle and marks where Earth encountered dense dust. This showed that the meteoroids are mostly behind and outside the path of the comet, but paths of the Earth through the cloud of particles resulting in powerful storms were very near paths of nearly no activity.

In 1985, E. D. Kondrat’eva and E. A. Reznikov of Kazan State University first correctly identified the years when dust was released which was responsible for several past Leonid meteor storms. In 1995, Peter Jenniskens predicted the 1995 Alpha Monocerotids outburst from dust trails.[12] In anticipation of the 1999 Leonid storm, Robert H. McNaught,[13] David Asher,[14] and Finland’s Esko Lyytinen were the first to apply this method in the West.[15][16] In 2006 Jenniskens has published predictions for future dust trail encounters covering the next 50 years.[17] Jérémie Vaubaillon continues to update predictions based on observartions each year for the Institut de Mécanique Céleste et de Calcul des Éphémérides (IMCCE).
Because meteor shower particles are all traveling in parallel paths, and at the same velocity, they will all appear to an observer below to radiate away from a single point in the sky. This radiant point is caused by the effect of perspective, similar to parallel railroad tracks converging at a single vanishing point on the horizon when viewed from the middle of the tracks. Meteor showers are almost always named after the constellation from which the meteors appear to originate. This “fixed point” slowly moves across the sky during the night due to the Earth turning on its axis, the same reason the stars appear to slowly march across the sky. The radiant also moves slightly from night to night against the background stars (radiant drift) due to the Earth moving in its orbit around the sun. See IMO Meteor Shower Calendar 2015 (International Meteor Organization) for maps of drifting “fixed points.”

When the moving radiant is at the highest point it will reach in the observer’s sky that night, the sun will be just clearing the eastern horizon. For this reason, the best viewing time for a meteor shower is generally slightly before dawn — a compromise between the maximum number of meteors available for viewing, and the lightening sky which makes them harder to see.
Meteor showers are named after the nearest constellation or bright star with a Greek or Roman letter assigned that is close to the radiant position at the peak of the shower, whereby the grammatical declension of the Latin possessive form is replaced by “id” or “ids”. Hence, meteors radiating from near the star delta Aquarii (declension “-i”) are called delta Aquariids. The International Astronomical Union’s Task Group on Meteor Shower Nomenclature and the IAU’s Meteor Data Center keep track of meteor shower nomenclature and which showers are established.
A meteor shower is the result of an interaction between a planet, such as Earth, and streams of debris from a comet. Comets can produce debris by water vapor drag, as demonstrated by Fred Whipple in 1951,[19] and by breakup. Whipple envisioned comets as “dirty snowballs,” made up of rock embedded in ice, orbiting the Sun. The “ice” may be water, methane, ammonia, or other volatiles, alone or in combination. The “rock” may vary in size from that of a dust mote to that of a small boulder. Dust mote sized solids are orders of magnitude more common than those the size of sand grains, which, in turn, are similarly more common than those the size of pebbles, and so on. When the ice warms and sublimates, the vapor can drag along dust, sand, and pebbles.

Each time a comet swings by the Sun in its orbit, some of its ice vaporizes and a certain amount of meteoroids will be shed. The meteoroids spread out along the entire orbit of the comet to form a meteoroid stream, also known as a “dust trail” (as opposed to a comet’s “dust tail” caused by the very small particles that are quickly blown away by solar radiation pressure).

Recently, Peter Jenniskens[17] has argued that most of our short-period meteor showers are not from the normal water vapor drag of active comets, but the product of infrequent disintegrations, when large chunks break off a mostly dormant comet. Examples are the Quadrantids and Geminids, which originated from a breakup of asteroid-looking objects, 2003 EH1 and 3200 Phaethon, respectively, about 500 and 1000 years ago. The fragments tend to fall apart quickly into dust, sand, and pebbles, and spread out along the orbit of the comet to form a dense meteoroid stream, which subsequently evolves into Earth’s path.
Shortly after Whipple predicted that dust particles travelled at low speeds relative to the comet, Milos Plavec was the first to offer the idea of a dust trail, when he calculated how meteroids, once freed from the comet, would drift mostly in front of or behind the comet after completing one orbit. The effect is simple orbital mechanics – the material drifts only a little laterally away from the comet while drifting ahead or behind the comet because some particles make a wider orbit than others.[17] These dust trails are sometimes observed in comet images taken at mid infrared wavelengths (heat radiation), where dust particles from the previous return to the Sun are spread along the orbit of the comet (see figures).

The gravitational pull of the planets determines where the dust trail would pass by Earth orbit, much like a gardener directing a hose to water a distant plant. Most years, those trails would miss the Earth altogether, but in some years the Earth is showered by meteors. This effect was first demonstrated from observations of the 1995 alpha Monocerotids,[20][21] and from earlier not widely known identifications of past earth storms.

Over longer periods of time, the dust trails can evolve in complicated ways. For example, the orbits of some repeating comets, and meteoroids leaving them, are in resonant orbits with Jupiter or one of the other large planets – so many revolutions of one will equal another number of revolutions of the other. This creates a shower component called a filament.

A second effect is a close encounter with a planet. When the meteoroids pass by Earth, some are accelerated (making wider orbits around the Sun), others are decelerated (making shorter orbits), resulting in gaps in the dust trail in the next return (like opening a curtain, with grains piling up at the beginning and end of the gap). Also, Jupiter’s perturbation can change sections of the dust trail dramatically, especially for short period comets, when the grains approach the big planet at their furthest point along the orbit around the Sun, moving most slowly. As a result, the trail has a clumping, a braiding or a tangling of crescents, of each individual release of material.

The third effect is that of radiation pressure which will push less massive particles into orbits further from the sun – while more massive objects (responsible for bolides or fireballs) will tend to be affected less by radiation pressure. This makes some dust trail encounters rich in bright meteors, others rich in faint meteors. Over time, these effects disperse the meteoroids and create a broader stream. The meteors we see from these streams are part of annual showers, because Earth encounters those streams every year at much the same rate.

When the meteoroids collide with other meteoroids in the zodiacal cloud, they lose their stream association and become part of the “sporadic meteors” background. Long since dispersed from any stream or trail, they form isolated meteors, not a part of any shower. These random meteors will not appear to come from the radiant of the main shower.

 YouTube is an American video-sharing website headquartered in San Bruno, California, United States. The service was created by three former PayPal employees in February 2005. In November 2006, it was bought by Google for US$1.65 billion.[4] YouTube now operates as one of Google’s subsidiaries.[5] The site allows users to upload, view, rate, share, and comment on videos, and it makes use of WebM, H.264/MPEG-4 AVC, and Adobe Flash Video technology to display a wide variety of user-generated and corporate media videos. Available content includes video clips, TV show clips, music videos, audio recordings, movie trailers, and other content such as video blogging, short original videos, and educational videos.

Most of the content on YouTube has been uploaded by individuals, but media corporations including CBS, the BBC, Vevo, Hulu, and other organizations offer some of their material via YouTube, as part of the YouTube partnership program.[6] Unregistered users can watch videos, and registered users are permitted to upload an unlimited number of videos and add comments to videos. Videos deemed potentially offensive are available only to registered users affirming themselves to be at least 18 years old. In July 2016, the website was ranked as the second most popular site by Alexa Internet, a web traffic analysis company.[1]

YouTube earns advertising revenue from Google AdSense, a program which targets ads according to site content and audience. The vast majority of its videos are free to view, but there are exceptions, including subscription-based premium channels, film rentals, as well as YouTube Red, a subscription service offering ad-free access to the website and access to exclusive content made in partnership with existing users.
YouTube was founded by Chad Hurley, Steve Chen, and Jawed Karim, who were all early employees of PayPal.[7] Hurley had studied design at Indiana University of Pennsylvania, and Chen and Karim studied computer science together at the University of Illinois at Urbana-Champaign.[8] According to a story that has often been repeated in the media, Hurley and Chen developed the idea for YouTube during the early months of 2005, after they had experienced difficulty sharing videos that had been shot at a dinner party at Chen’s apartment in San Francisco. Karim did not attend the party and denied that it had occurred, but Chen commented that the idea that YouTube was founded after a dinner party “was probably very strengthened by marketing ideas around creating a story that was very digestible”.[9]

Karim said the inspiration for YouTube first came from Janet Jackson’s role in the 2004 Super Bowl incident, when her breast was exposed during her performance, and later from the 2004 Indian Ocean tsunami. Karim could not easily find video clips of either event online, which led to the idea of a video sharing site.[10] Hurley and Chen said that the original idea for YouTube was a video version of an online dating service, and had been influenced by the website Hot or Not.
YouTube began as a venture capital-funded technology startup, primarily from a $11.5 million investment by Sequoia Capital between November 2005 and April 2006.[13] YouTube’s early headquarters were situated above a pizzeria and Japanese restaurant in San Mateo, California.[14] The domain name www.youtube.com was activated on February 14, 2005, and the website was developed over the subsequent months.[15] The first YouTube video, titled Me at the zoo, shows co-founder Jawed Karim at the San Diego Zoo.[16] The video was uploaded on April 23, 2005, and can still be viewed on the site.[17] YouTube offered the public a beta test of the site in May 2005. The first video to reach one million views was a Nike advertisement featuring Ronaldinho in September 2005. Following a $3.5 million investment from Sequoia Capital in November, the site launched officially on December 15, 2005, by which time the site was receiving 8 million views a day.[18][19] The site grew rapidly, and in July 2006 the company announced that more than 65,000 new videos were being uploaded every day, and that the site was receiving 100 million video views per day.[20] According to data published by market research company comScore, YouTube is the dominant provider of online video in the United States, with a market share of around 43% and more than 14 billion views of videos in May 2010.[21]

In 2014 YouTube said that 300 hours of new videos were uploaded to the site every minute,[22] three times more than one year earlier[23] and that around three quarters of the material comes from outside the U.S.[24][25][26] The site has 800 million unique users a month.[27] It is estimated that in 2007 YouTube consumed as much bandwidth as the entire Internet in 2000.[28] According to third-party web analytics providers, Alexa and SimilarWeb, YouTube is the third most visited website in the world, as of June 2015; SimilarWeb also lists YouTube as the top TV and video website globally, attracting more than 15 billion visitors per month.[1][29][30]

The choice of the name led to problems for a similarly named website. The site’s owner, Universal Tube & Rollform Equipment, filed a lawsuit against YouTube in November 2006 after being regularly overloaded by people looking for YouTube. Universal Tube has since changed the name of its website to www.utubeonline.com.[31][32] In October 2006, Google Inc. announced that it had acquired YouTube for $1.65 billion in Google stock, and the deal was finalized on November 13, 2006.
In March 2010, YouTube began free streaming of certain content, including 60 cricket matches of the Indian Premier League. According to YouTube, this was the first worldwide free online broadcast of a major sporting event.[34] On March 31, 2010, the YouTube website launched a new design, with the aim of simplifying the interface and increasing the time users spend on the site. Google product manager Shiva Rajaraman commented: “We really felt like we needed to step back and remove the clutter.”[35] In May 2010, it was reported that YouTube was serving more than two billion videos a day, which it described as “nearly double the prime-time audience of all three major US television networks combined”.[36] In May 2011, YouTube reported in its company blog that the site was receiving more than three billion views per day.[25] In January 2012, YouTube stated that the figure had increased to four billion videos streamed per day.
n October 2010, Hurley announced that he would be stepping down as chief executive officer of YouTube to take an advisory role, and that Salar Kamangar would take over as head of the company.[37] In April 2011, James Zern, a YouTube software engineer, revealed that 30% of videos accounted for 99% of views on the site.[38] In November 2011, the Google+ social networking site was integrated directly with YouTube and the Chrome web browser, allowing YouTube videos to be viewed from within the Google+ interface.[39]

In December 2011, YouTube launched a new version of the site interface, with the video channels displayed in a central column on the home page, similar to the news feeds of social networking sites.[40] At the same time, a new version of the YouTube logo was introduced with a darker shade of red, the first change in design since October 2006.[41] In May 2013, YouTube launched a pilot program to begin offering some content providers the ability to charge $0.99 per month or more for certain channels, but the vast majority of its videos would remain free to view.[42][43]

In February 2015, YouTube announced the launch of a new app specifically for use by children visiting the site, called YouTube Kids. It allows parental controls and restrictions on who can upload content, and is available for both Android and iOS devices.[44] Later on August 26, 2015, YouTube Gaming was launched, a platform for video gaming enthusiasts intended to compete with Twitch.tv.[45] 2015 also saw the announcement of a premium YouTube service titled YouTube Red, which provides users with both ad-free content as well as the ability to download videos among other features.[46] On August 10, 2015, Google announced that it was creating a new company, Alphabet, to act as the holding company for Google, with the change in financial reporting to begin in the fourth quarter of 2015. YouTube remains as a subsidiary of Google.[47] In January 2016, YouTube expanded its headquarters in San Bruno by purchasing an office park for $215 million. The complex has 554,000 square feet of space and can house up to 2,800 employees.
reviously, viewing YouTube videos on a personal computer required the Adobe Flash Player plug-in to be installed in the browser.[49] In January 2010, YouTube launched an experimental version of the site that used the built-in multimedia capabilities of web browsers supporting the HTML5 standard.[50] This allowed videos to be viewed without requiring Adobe Flash Player or any other plug-in to be installed.[51][52] The YouTube site had a page that allowed supported browsers to opt into the HTML5 trial. Only browsers that supported HTML5 Video using the H.264 or WebM formats could play the videos, and not all videos on the site were available.[53][54] On January 27, 2015, YouTube announced that HTML5 will be the default playback method on supported browsers. Supported browsers include Google Chrome, Safari 8, and Internet Explorer 11.[55] YouTube experimented with Dynamic Adaptive Streaming over HTTP (MPEG-DASH), which is an adaptive bit-rate HTTP-based streaming solution optimizing the bitrate and quality for the available network.[56] Currently they are using Adobe Dynamic Streaming for Flash