Duane's playing on the two Hour Glass albums and an Hour Glass session in early 1968 at FAME Recording Studios in Muscle Shoals, Alabama, had caught the ear of Rick Hall, owner of FAME. In November 1968 Hall hired Duane to play on an album with Wilson Pickett. Duane's work on that album, Hey Jude (1968), got him hired as a full-time session musician at Muscle Shoals and brought him to the attention of a number of other musicians, such as guitar great Clapton, who later said, "I remember hearing Wilson Pickett's 'Hey Jude' and just being astounded by the lead break at the end. ... I h ...

See also:

Duane Allman, Duane Allman - Early years, Duane Allman - Allman Joys and Hour Glass, Duane Allman - Session musician, Duane Allman - Formation of The Allman Brothers Band, Duane Allman - Success Layla and tragedy, Duane Allman - Memorials

Read more here: » Duane Allman: Encyclopedia II - Duane Allman - Session musician

The limits of full-time session playing frustrated Duane. The few months in Muscle Shoals were by no means a waste, however, because besides meeting the great artists and other industry professionals he was working with, Duane had rented a small, secluded cabin on a lake and spent many solitary hours there refining his playing. Perhaps most significantly, at FAME Duane got together with R&B and jazz drummer Johnny Lee "Jai Johanny Johannson, Jai, Jaimoe" Johnson, who came there to meet Duane at the urging of the late Otis Redding's manag ...

See also:

Duane Allman, Duane Allman - Early years, Duane Allman - Allman Joys and Hour Glass, Duane Allman - Session musician, Duane Allman - Formation of The Allman Brothers Band, Duane Allman - Success Layla and tragedy, Duane Allman - Memorials

Read more here: » Duane Allman: Encyclopedia II - Duane Allman - Formation of The Allman Brothers Band

Duane was born in Nashville, Tennessee. At the age of three, while the family was living near Norfolk, Virginia, his father, Willis, a United States Army sergeant, was murdered on December 26 in a robbery by a veteran he had befriended that day. Geraldine "Mama A" Allman and the boys moved back to Nashville. In 1957 they moved to Daytona Beach, Florida. As a teenager in 1960, Duane was motivated to take up the guitar by the example of his younger brother, Gregg, who had obtained a guitar after hearing a neighbor playing country music standards on an acoustic guitar. Gregg later said that after Duane started playing, "he ...

See also:

Duane Allman, Duane Allman - Early years, Duane Allman - Allman Joys and Hour Glass, Duane Allman - Session musician, Duane Allman - Formation of The Allman Brothers Band, Duane Allman - Success Layla and tragedy, Duane Allman - Memorials

Read more here: » Duane Allman: Encyclopedia II - Duane Allman - Early years

Quicksort's inner loop, which performs the partition, is amenable to optimization on typical modern machines for two main reasons: All comparisons are being done with a single pivot value, which can be stored in a register. The list is being traversed sequentially, which produces very good locality of reference and cache behavior for arrays. This close fit with modern architectures makes quicksort one of the fastest sorting algorithms on average. Because of this excellent average performance and simple implementation, quicksort has become one of the ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - Performance details

Main article: Quicksort implementations Here we demonstrate a number of quicksort implementations in various languages. We show only some of the most popular or unique ones here; for additional implementations, see the article quicksort implementations. Quicksort - C. This sorts an array of integers using quicksort with in-place partition. void quicksort(int x[], int first, int last) { int pivIndex = 0; if(first < last) { pivIndex = partition(x,first, last) ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - Sample implementations

A selection algorithm chooses the kth smallest of a list of numbers; this is an easier problem in general than sorting. One simple but effective selection algorithm works nearly in the same manner as quicksort, except that instead of making recursive calls on both sublists, it only makes a single tail-recursive call on the sublist which contains the desired element. This small change lowers the average complexity to linear or Θ(n) time, and makes it an in-place algorithm. A variation on this algorithm brings the worst-case time down ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - Relationship to selection

brahma-vihara (brahma-vihaara): The four "sublime" or "divine" abodes that are attained through the development of boundless metta (goodwill), karuna (compassion), mudita (appreciative joy), and upekkha (equanimity).

 (See also: Brahma-vihara, Buddhism, Body Mind and Soul)

Quicksort is a space-optimized version of the binary tree sort. Instead of inserting items sequentially into an explicit tree, quicksort organizes them concurrently into a tree that is implied by the recursive calls. The algorithms make exactly the same comparisons, but in a different order. The most direct competitor of quicksort is heapsort. Heapsort is typically somewhat slower than quicksort, but the worst-case running time is always O(n log n). Quicksort is usually faster, though there remains the chance of worst ca ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - Competitive sorting algorithms

Berkeley Software Distribution - PDP-11 beginnings. The earliest distributions of Unix from Bell Labs in the 1970s included the source code to the operating system, allowing researchers at universities to modify and extend Unix. The first Unix system at Berkeley was a PDP-11 installed in 1974, and the computer science department used it for extensive research thereafter. Other universities became interested in the software at Berkeley, and so in 1977 Bill Joy, then a graduate student at Berkeley, assembled ...

See also:

Berkeley Software Distribution, Berkeley Software Distribution - History, Berkeley Software Distribution - PDP-11 beginnings, Berkeley Software Distribution - VAX versions, Berkeley Software Distribution - 4.3BSD, Berkeley Software Distribution - Net/2 and legal troubles, Berkeley Software Distribution - 4.4BSD and descendants, Berkeley Software Distribution - Technology, Berkeley Software Distribution - Open source BSD derivatives, Berkeley Software Distribution - Structure, Berkeley Software Distribution - BSD descendants

Read more here: » Berkeley Software Distribution: Encyclopedia II - Berkeley Software Distribution - History

Berkeley Software Distribution - PDP-11 beginnings. The earliest distributions of Unix from Bell Labs in the 1970s included the source code to the operating system, allowing researchers at universities to modify and extend Unix. The first Unix system at Berkeley was a PDP-11 installed in 1974, and the computer science department used it for extensive research thereafter. Other universities became interested in the software at Berkeley, and so in 1977 Bill Joy, then a graduate student at Berkeley, assembled ...

See also:

Berkeley Software Distribution, Berkeley Software Distribution - History, Berkeley Software Distribution - PDP-11 beginnings, Berkeley Software Distribution - VAX versions, Berkeley Software Distribution - 4.3BSD, Berkeley Software Distribution - Net/2 and legal troubles, Berkeley Software Distribution - 4.4BSD and descendants, Berkeley Software Distribution - Technology, Berkeley Software Distribution - Significant BSD descendants

Read more here: » Berkeley Software Distribution: Encyclopedia II - Berkeley Software Distribution - History

Quicksort sorts by employing a divide and conquer strategy to divide a list into two sub-lists. The steps are: Pick an element, called a pivot, from the list. Reorder the list so that all elements which are less than the pivot come before the pivot and so that all elements greater than the pivot come after it (equal values can go either way). After this partitioning, the pivot is in its final position. This is called the partition operation. Recursively sort the sub-list of lesser elements a ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - The algorithm

From the initial description it's not obvious that quicksort takes O(n log n) time on average. It's not hard to see that the partition operation, which simply loops over the elements of the array once, uses Θ(n) time. In versions that perform concatenation, this operation is also Θ(n). In the best case, each time we perform a partition we divide the list into two nearly equal pieces. This means each recursive call processes a list of half the size. Consequently, we can make only log n nested calls ...

See also:

Quicksort, Quicksort - The algorithm, Quicksort - Version with in-place partition, Quicksort - Performance details, Quicksort - Choosing a better pivot, Quicksort - Partitioning concerns, Quicksort - Other optimizations, Quicksort - Competitive sorting algorithms, Quicksort - Formal analysis, Quicksort - Randomized quicksort expected complexity, Quicksort - Average complexity, Quicksort - Space complexity, Quicksort - Relationship to selection, Quicksort - Sample implementations, Quicksort - C, Quicksort - C++, Quicksort - Haskell, Quicksort - J, Quicksort - Joy, Quicksort - Prolog, Quicksort - SML, Quicksort - Footnotes

Read more here: » Quicksort: Encyclopedia II - Quicksort - Formal analysis

Mortification of the flesh - Recent Church documents. Recent theology affirms the practice of mortification. The catechism of the Catholic Church states: “The way of perfection passes by way of the Cross. There is no holiness without renunciation and spiritual battle. Spiritual progress entails the ascesis and mortification that gradually lead to living in the peace and joy of the Beatitudes” (n. 2015). "Jesus' call to conversion and penance, like that of the prophets before him, does not aim first at ...

See also:

Mortification of the flesh, Mortification of the flesh - Forms, Mortification of the flesh - Practices in Different Religions & Cultures, Mortification of the flesh - Jewish practices, Mortification of the flesh - Etymology and Christian roots, Mortification of the flesh - Examples of mortification of the flesh in Christian history, Mortification of the flesh - Modern Christian theology, Mortification of the flesh - Recent Church documents, Mortification of the flesh - Pain as means for a higher end, Mortification of the flesh - Pain is to be loved relative to the positive end, Mortification of the flesh - Pain as an integral part of human nature united to the Person of Christ, Mortification of the flesh - The teaching of Pope John Paul II: the salvific meaning of suffering, Mortification of the flesh - Need for suffering, Mortification of the flesh - Process of revealing the meaning of suffering, Mortification of the flesh - Joy in suffering: sharing in the redemption

Read more here: » Mortification of the flesh: Encyclopedia II - Mortification of the flesh - Modern Christian theology

John Paul II wrote an entire Apostolic Letter on the topic of suffering, specifically the salvific meaning of suffering: Salvifici Doloris. It is considered a major contribution to the theology of pain and suffering. This he wrote after suffering from the bullet wound due to the assassination attempt of Ali Agca. Six weeks after meeting his attacker, he wrote what some consider to be one of the most beautiful teachings about suffering in Christianity. Some of the salient points are (italics ad ...

See also:

Mortification of the flesh, Mortification of the flesh - Forms, Mortification of the flesh - Practices in Different Religions & Cultures, Mortification of the flesh - Jewish practices, Mortification of the flesh - Etymology and Christian roots, Mortification of the flesh - Examples of mortification of the flesh in Christian history, Mortification of the flesh - Modern Christian theology, Mortification of the flesh - Recent Church documents, Mortification of the flesh - Pain as means for a higher end, Mortification of the flesh - Pain is to be loved relative to the positive end, Mortification of the flesh - Pain as an integral part of human nature united to the Person of Christ, Mortification of the flesh - The teaching of Pope John Paul II: the salvific meaning of suffering, Mortification of the flesh - Need for suffering, Mortification of the flesh - Process of revealing the meaning of suffering, Mortification of the flesh - Joy in suffering: sharing in the redemption

Read more here: » Mortification of the flesh: Encyclopedia II - Mortification of the flesh - The teaching of Pope John Paul II: the salvific meaning of suffering

The fate of unbaptized children offers a thornier issue. The foundational importance of the sacrament of baptism (either the ritual baptism by water or the personal baptism by desire) or baptism by blood in Roman Catholic theology gives rise to the argument that the unbaptized are not eligible for entry into heaven, because the original sin of human nature precludes the unbaptized from the pure beatific vision enjoyed by the souls in paradise. Since infants are incapable of either professing their faith or performing acts of Ch ...

See also:

Limbo, Limbo - The Limbo of the Fathers limbus patrum also known as Abraham's Bosom, Limbo - The Limbo of Children limbus infantium, Limbo - Limbo as a state of eternal natural joy, Limbo - Limbo in literature, Limbo - Limbo as a colloquialism, Limbo - Limbo confusion, Limbo - Limbo today

Read more here: » Limbo: Encyclopedia II - Limbo - The Limbo of Children limbus infantium

Taken from the original meaning, in colloquial speech, "limbo" is any status where a person or project is held up, and nothing can be done until another action happens. This may also be called "the lurch". For example, if bad weather prevents necessary supplies from getting to a construction site, and the workers cannot do anything else until then, they might be said to have been left in limbo, or "in the lurch". A "legal limbo" may occur when varying laws or court rulings leave a person without recourse. For example, a person may ear ...

See also:

Limbo, Limbo - The Limbo of the Fathers limbus patrum also known as Abraham's Bosom, Limbo - The Limbo of Children limbus infantium, Limbo - Limbo as a state of eternal natural joy, Limbo - Limbo in literature, Limbo - Limbo as a colloquialism, Limbo - Limbo confusion, Limbo - Limbo today

Read more here: » Limbo: Encyclopedia II - Limbo - Limbo as a colloquialism

Ramayathi ithi Rama:

Ramayathi ithi Rama: He who gives joy is Rama.The joy in the devoted heart is the joy that pleases the Lord. The joy of the Lord is the reward that the devoted heart seeks. (SSS-II)

(See also: Ramayathi ithi Rama, Hinduism, Hinduism Dictionary, Sanskrit Dictionary, Body Mind and Soul)

List of Metal Gear Solid 3 characters - The Boss The Joy. The Boss is a legendary American soldier, and the founder and leader of the Cobra unit. She is known as the mother of US special forces. During World War 2 she was part of the invasion of Normandy and ultimately helped lead the Allied forces to victory. She is also called The Joy, and in Russia she is known as Voyevoda. The Boss serves as a mentor and mother-like figure to Naked Snake, with whom she developed the fighting techni ...

See also:

List of Metal Gear Solid 3 characters, List of Metal Gear Solid 3 characters - FOX members, List of Metal Gear Solid 3 characters - Naked Snake, List of Metal Gear Solid 3 characters - Major Zero, List of Metal Gear Solid 3 characters - Para-Medic, List of Metal Gear Solid 3 characters - Sigint, List of Metal Gear Solid 3 characters - Cobra unit, List of Metal Gear Solid 3 characters - The Boss The Joy, List of Metal Gear Solid 3 characters - The End, List of Metal Gear Solid 3 characters - The Fear, List of Metal Gear Solid 3 characters - The Fury, List of Metal Gear Solid 3 characters - The Pain, List of Metal Gear Solid 3 characters - The Sorrow, List of Metal Gear Solid 3 characters - Supporting characters, List of Metal Gear Solid 3 characters - EVA, List of Metal Gear Solid 3 characters - Ocelot, List of Metal Gear Solid 3 characters - Nikolai Stephanovich Sokolov, List of Metal Gear Solid 3 characters - Yevgeny Borisovitch Volgin, List of Metal Gear Solid 3 characters - Minor characters, List of Metal Gear Solid 3 characters - Aleksandr Leonovitch Granin, List of Metal Gear Solid 3 characters - Ivan Raidenovitch Raikov

Read more here: » List of Metal Gear Solid 3 characters: Encyclopedia II - List of Metal Gear Solid 3 characters - Cobra unit

ANANDA: Bliss, happiness, joy.

(See also: ANANDA, Yoga, Yoga Dictionary)

ananda:

bliss. joy.

(See also: ananda, Hinduism, Hinduism Dictionary, Sanskrit Dictionary, Body Mind and Soul)

The term "TV game" can be used to refer to any number of self-contained, portable game systems operating on either batteries or an electronic power supply which plugs directly into a TV or VCR. The game software is built directly into the unit, which is typically designed to look like a toy or classic game console/controller with the addition of two AV ports. These systems usually contain either highly-specialized games or activities, or a collection of classic games. Thus, it could be viewed as a video game console without interchangeable g ...

See also:

TV game, TV game - Overview, TV game - History, TV game - Manufacturers

Read more here: » TV game: Encyclopedia II - TV game - Overview

Originally all home video game consoles were called TV games. The idea to introduce TV games into the home market originated in 1949 with Leo Beiser and Ralph Baer while developing a new television system. Although the system never went into production, the idea of playing games on televisions stuck with Baer. Baer and a technical team developed one of the first TV Game System while at Sanders Associates, between 1966 and 1967, the prototype was called "Brown Box". In 1968 Sanders, a military-hardware firm, made proposed deals with ca ...

See also:

TV game, TV game - Overview, TV game - History, TV game - Manufacturers

Read more here: » TV game: Encyclopedia II - TV game - History