The competition consisted of five complex operations, all of them involving adding, substracting, multiplying and dividing. The two men gave accurate results, but the Japanese with his abacus was faster in four of the operations, and slower in only one. Penalties are assessed for fouls-i.e., violations of certain rules-including pocketing the cue ball ("scratching"), failing to hit any ball with the cue ball, causing the cue ball to strike first a ball that is not on, and pocketing two balls (other than two reds) on the same stroke. Examples of some natural or real processes that try to be modelled by these languages are weather (Meteorology), interaction of living organisms (Ecology), battles (or even entire wars), and their sinergetic combinations. Give it a try and check out the reverse slip stroke and body slip stroke also, for odd variations on the original "pool juice". Billiards and pool are indoor games played on tables with cues and balls.

Cushions: The cushions on pool tables are designed to provide a relatively lively rebound, aiding in faster-paced play. In 1923, a company specializing in manufacturing pool balls began operations named Saluc. Determine which balls you want the cue ball to contact and in what order. To pocket a ball. The term "billiard" began to gain power in this time and it is derived from the French word billiart (wooden sticks) and bille (ball). In 1975, Mister Paul Allen and Mister William Bill Gates, founders of Micro-Soft Corporation (name later modified to Microsoft Corporation), began their activities by adapting a Basic dialect to microcomputers. The language was originally named 'Basic' because it was a simple, basic programming language, but since most names of programming languages were acronyms, round the mid 1970's some people began to invent back acronyms for Basic. As opposed to a page (screen) editor, a line editor can only move the cursor horizontally, but not vertically (much like the COPY CON and similar commands that were later used in DOS and other operating systems of the 1970's and 1980's, or like the EDLIN text editor). Most advanced computers built since the mid 1940's are fully electronic, although purely mechanical or electro-mechanical counters or calculators were built until the 1970's. 1847: The Mathematical Analysis of Logic, essay by George Boole.

Later perfected and enlarged by other mathematicians, logarithmic tables remained in common use until the 1970's, when they gradually became substituted by electronic calculators. Still today they can be found at good stationery shops, but in the same fashion as with logarithmic tables, calculation rulers gradually fell out of favour in the 1970's, with the advent of electronic calculators. This ruler was the forerunner of all calculation slide rulers of different forms that were built for three and a half centuries. 1654: calculation slide ruler by Bissaker. About those years, another automatic weaving machine using a roll of perforated paper was built by Basile Bouchon. The suggestion of using perforated cards had been proposed by John Shaw Billings, inspired on automatic weaving machines and on other similar mechanic devices. It would have been the first hardware programmable mechanic arithmetic (digital) computer, but because it was only built in 1991, that honour corresponds to computers built in the 1930's. The majority of operational computers of advanced concept, in numbering base of two, which were built in the 1930's and until the mid 1940's, were electro-mechanic rather than purely mechanic.

1907: electro-mechanic tabulator using perforated cards, by James Powers. A famous arithmetical competition was organised in 1946, confronting two well known specialists in calculations: a soldier of the United States Army using an electro-mechanic desktop calculator, and a clerk of the Japanese Postal Service using a typical Japanese abacus. 1642-1652: Pascaline, calculator machine of pinion wheels for adding two or three numbers, up to the number 999 999, using numbering base of ten, by Blaise Pascal (1623-1662). Several of them were built. They can be numbering bases other than base two (usually bases four, six, eight, ten, twelve or sixteen, but any numbering base can be used). The executable QH.EXE, included in the package, can be used for copying pages of the documentation as plain text, more efficiently than from the Integrated Development Environment. This language supports Visual Basic by default, and it can be made ready to support other languages as well. BASCOM 1.0 was released by IBM in March 1982, first Basic interpreter for the IBM PC, written by Microsoft with code and method developed by Bill Gates, Greg Whitten and others. This tabulator was the first important application of a computer in History: in competition against a few other inventions, Hollerith's machine won the contract for the North American census of 1890. The machine was in service until the 1930's. In 1896 Hermann Hollerith founded the Tabulating Machine Company (TMC), renamed in 1911 Computer Tabulating Recording (CTR), and in 1924 International Business Machines (IBM).

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