Layer cake representation
In mathematics, the layer cake representation of a non-negative, real- valued measurable function" f" defined on a measure space formula_ 1 is the formula for all formula_3, where formula_4 denotes the indicator function of a subset formula_5 and formula_ 6 denotes the super- level set
The layer cake representation follows easily from observing that and then using the formula
The layer cake representation takes its name from the representation of the value formula_10 as the sum of contributions from the" layers" formula_6:" layers"/ values" t" below formula_ 10 contribute to the integral, while values" t" above formula_10 do not.
An important consequence of the layer cake representation is the identity formula_14 which follows from it by applying the Fubini- Tonelli theorem.
Layer Cake (film)
Layer Cake( also occasionally stylised as L4YER CAKƐ) is a 2004 British crime film directed by Matthew Vaughn, in his directorial debut.
The screenplay was adapted by J. J. Connolly from his novel of the same name.
The film's plot revolves around a London- based criminal known as XXXX, played by Daniel Craig, working in the trade of cocaine who wishes to leave the drug business.
The film also features Tom Hardy, Colm Meaney and Sienna Miller.
The film was produced by Adam Bohling, David Reid and Matthew Vaughn, with Stephen Marks as executive producer.
The title refers to the social strata, especially in the British criminal underworld.
Animation director
An animation director is the director in charge of all aspects of the animation process during the production of an animated film or television, and animated segment for a live action film or television.
Operation Leopard
La légion saute sur Kolwezi also known as" Operation Leopard" is a French war film directed by Raoul Coutard filmed in French Guiana.
The script is based on the true story of the Battle of Kolwezi that happened in 1978.
It was diligently described in a book of the same name by former 1 REP Captain Pierre Sergent.
He published his book in 1979; the film came out in 1980.
Raoul Coutard shot the film in a documentary style.
Layer cake
A layer cake( US English) or sandwich cake( UK English), also called a sandwich in UK English, is a cake consisting of multiple stacked sheets of cake, held together by frosting or another type of filling, such as jam or other preserves.
Most cake recipes can be made into layer cakes; butter cakes and sponge cakes are common choices.
Frequently, the cake is covered with icing, but sometimes, the sides are left undecorated, so that the filling and the number of layers are visible.
Popular flavor combinations include the German chocolate cake, red velvet cake, Black Forest cake, and carrot cake with cream cheese icing.
Many wedding cakes are decorated layer cakes.
In the mid- 19th century, modern cakes were first described in English.
Maria Parloa's" Appledore Cook Book", published in Boston in 1872, contained one of the first layer cake recipes.
Another early recipe for layer cake was published in" Cassell's New Universal Cookery Book", published in London in 1894.
Czech Lion Award for Best Television Film or Miniseries
Czech Lion Award for Best Television Film or Miniseries is one of the awards given to the best Czech television film or miniseries.
Category was founded in 2015.
Fish Hooky
Fish Hooky is a 1933" Our Gang" short comedy film directed by Robert F. McGowan.
It was the 120th( 32nd talking episode)" Our Gang" short that was released.
Layer cake (disambiguation)
A layer cake is a pastry made from stacked layers of cake held together by filling.
Layer Cake or layer cake may also refer to:
Layer Cake (novel)
Layer Cake is the debut novel of British author J. J. Connolly, first published in 2000 by Duckworth Press.
It was made into a motion picture in 2004( also called" Layer Cake"), directed by Matthew Vaughn and written for the screen by Connolly himself.
Fish tale
Fish tale or fish tales may refer to:

Question: Which film came out first, Layer Cake (Film) or Fish Hooky?
Answer: Fish Hooky