The Herring-Bone (solitaire)

The Herring-Bone is a free cell solitaire card game that is played with 104 playing cards. It is also known as "Braid" or under its original German name "Der Zopf". The game needs little planning but plays well as medium hard solitaire rule. The English name was mentioned by Lady Cadogan's Illustrated Games of Solitaire or Patience in 1914.

Setup

Build the herring-bone with 21 cards (24 for the Long Braid) in the middle of the tableau. Then allocate 6 free cells to the left and to the right of the bone and place the 8 foundations (four on each side) farther out to the left and the right.

Rules

The goal is to build in either direction (but all the same direction) on the 8 wrap-around foundations to the left and the right of the tableau. Only the lowest card of the herring-bone is available for play. One cannot build on the herring-bone. Four free cells are linked to “the herring-bone” in the center. You are allowed to fill them with the last card from the herring-bone if it does not fit to the foundations. When playing Long Braid one can drop to all free cells from the braid/bone. All free cells can be used to hold cards from the waste that may be useful soon. The biggest decision for the success of the game is whether to start building the families up or down.

Finger

A finger is a limb of the human body and a type of digit, an organ of manipulation and sensation found in the hands of humans and other primates. Normally humans have five digits, the bones of which are termed phalanges, on each hand, although some people have more or fewer than five due to congenital disorders such as polydactyly or oligodactyly, or accidental or medical amputations. The first digit is the thumb, followed by index finger, middle finger, ring finger, and little finger or pinky. According to different definitions, the thumb can be called a finger, or not.

Anatomy

Skeleton

The thumb (connected to the trapezium) is located on one of the sides, parallel to the arm.

The palm has five bones known as metacarpal bones, one to each of the 5 digits. Human hands contain fourteen digital bones, also called phalanges, or phalanx bones: two in the thumb (the thumb has no middle phalanx) and three in each of the four fingers. These are the distal phalanx, carrying the nail, the middle phalanx, and the proximal phalanx.

Finger (surname)

Finger is the surname of:

  • Alan Finger (1909-1985), Australian medical practitioner and communist
  • Bill Finger (1914–1974), American comic strip writer, co-creator of the Batman character
  • Gottfried Finger (c. 1660–1730), Moravian Baroque composer and viol player
  • Jeff Finger (born 1979), American hockey player
  • Joseph Finger (1887–1953), Austrian-born American architect
  • Finger (unit)

    A finger (sometimes fingerbreadth or finger's breadth) is any of several units of measurement that are approximately the width of an adult human finger, including:

    The digit, also known as digitus or digitus transversus (Latin), dactyl (Greek) or dactylus, or finger's breadth 34 of an inch or 116 of a foot.

    In medicine and related disciplines (anatomy, radiology, etc.) the fingerbreadth (literally the width of a finger) is an informal but widely used unit of measure.

    In the measurement of distilled spirits, two fingers of whiskey refers to the amount of whiskey that would fill a glass to the level of two fingers wrapped around the glass at the bottom.

    Another definition (from Noah Webster): "nearly an inch."

    Finger is also the name of a longer unit of length used in cloth measurement, specifically, one eighth of a yard or 412 inches.

    In English these units have mostly fallen out of use. Apart from the common use in university drinking games.

    References


    Loop (knot)

    In reference to knots, loop may refer to:

  • One of the fundamental structures used to tie knots. Specifically, it is a U-form narrower than a bight.
  • A type of knot used to create a closed circle in a line.
  • References

  • Clifford W. Ashley, The Ashley Book of Knots. Image 31, 32.
  • Loop (inlet)

    The Loop or Darss Canal (Darßer Kanal) was an inlet of the sea between the lagoon known as the Saaler Bodden and the Baltic Sea near Ahrenshoop on the German coast. It formed the northern boundary of the region of Fischland. Originally the Loop was the northern estuarine branch of the River Recknitz.

    The old inlet ran between the present villages of Ahrenshoop and Althagen. The Loop was roughly two metres deep and had posts for mooring boats and barges. Its navigability was frequently curtailed by storms and silting up. Today only a small ditch remains on the former Mecklenburg-Pomeranian border, which runs alongside a main road, the so-called Grenzweg ("border way").

    The cartographer and court astronomer at the Mecklenburg court, Tilemann Stella, described the Loop thus: "Between the village of Oldenhagen [Althagen] and the Arnshope [Ahrenshoop], the waters of the Ribnitz river and lake break through into the salty sea. Beyond the beach is a large pile of rock and bricks at the place by the beach; that was the customs post, located 3 or 4 ruthen [50 metres] into the salty sea. Beyond that, forty or fifty posts stood in the salt sea, at the end of which was a large pile of rocks on which the fort stood."

    Turn (biochemistry)

    A turn is an element of secondary structure in proteins where the polypeptide chain reverses its overall direction. For beta turns go to Beta turn.

    Definition

    According to one definition, a turn is a structural motif where the Cα atoms of two residues separated by few (usually 1 to 5) peptide bonds are close (< 7 Å), while the residues do not form a secondary structure element such as an alpha helix or beta sheet with regularly repeating backbone dihedral angles. Although the proximity of the terminal Cα atoms usually correlates with formation of a hydrogen bond between the corresponding residues, a hydrogen bond is not a requirement in this turn definition. That said, in many cases the H-bonding and Cα-distance definitions are equivalent.

    Types of turns

    Turns are classified according to the separation between the two end residues:

  • In an α-turn the end residues are separated by four peptide bonds (i \rightarrow i\pm 4).
  • In a β-turn (the most common form), by three bonds (i \rightarrow i\pm 3).
  • In a γ-turn, by two bonds (i \rightarrow i\pm 2).
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