Dum

Dum may refer to:

Dhum may refer to:

See also

Dumè

Dominique Mattei (born in 1981 in Marseille, France) better known by the stage name Dumè is a French singer, composer and actor.

Biography

As an adolescent, he studied composing, singing and playing guitar at the Marseilles conservatory.

He opened for concerts by Pascal Obispo and signed as a composer for Atletico music. He wrote songs for Johnny Hallyday, Faudel, Natasha Saint-Pier, Louisy Joseph amongst others and partnered with Lionel Florence writing for others. In November 2009, Dominique Mattei announced that he was taking the name Dumè and was preparing his first album through financing from My Major Company. ·

In 2012, Dumè was also featured in Génération Goldman tribute project to Jean-Jaques Goldman singing Il suffira d'un signe alongside Merwan Rim, Amaury Vassili and Baptiste Giabiconi. In 2013, he is taking part in the French musical adaptation of Robin hood titled Robin des Bois playing the role of Vaisey, the Sheriff of Nottingham. He also performs in the play Notting Hill Nottingham as a solo and Devenir quelqu'un with M. Pokora (in the role of Robin Hood). ·

Dum (2003 Hindi film)

Dum ( English: Guts) is a Bollywood action film directed by E. Nivas and produced by Ali and Karim Morani. The film stars Vivek Oberoi, Diya Mirza, Govind Namdeo and Atul Kulkarni in lead roles. Sushant Singh, Mukesh Rishi and Sheeba have important supporting roles. The film's music was penned by Sandeep Chowta, which's banner is Sony Music Studios. It is a remake of Tamil hit Dhill (2001).

Summary

Uday and his friend Mohan aspire to become cops and serve the country, despite their unfavourable backgrounds. Raj Dutt Sharma, an honest training officer, sees potential in them and makes their dream come true. However, Uday crosses wrong kind of person in form of Inspector Shankar. Shankar's ego is badly bruised and he leaves no stone unturned to make Uday's life a living hell.

Plot

Uday (Vivek Oberoi) and Mohan come from poor middle-class families. Against their families wishes, the boys are hell bent on joining the police force. The duo aim to make it big solely on the basis of their abilities. Despite lack of any recommendations or leverages to make it to the police academy, luck smiles on them in the form of Raj Dutt Sharma, their training officer.

Texture

Texture may refer to:

Science and technology

Arts

Music

See also

Texture (painting)

Texture in painting is the look and feel of the canvas. It is based on the paint, and its application, or the addition of materials such as ribbon, metal, wood, lace, leather and sand. The concept of 'painterliness' also has bearing on texture. The texture stimulates two different senses; sight and touch. There are four types of texture in art: actual texture, simulated texture, abstract texture, and invented texture.

Actual texture

This is a combination of how the painting looks, and how it feels to the touch. It is associated both with the heavy buildup of paint, such as an impasto effect, or the addition of materials.

Simulated texture

Creating the visual effect of texture without actually adding texture. For instance, a texture created to look like something other than paint on a flat surface. An example is Cataract 3, painted in 1967 by Bridget Riley, which creates the illusion of ripples in the paper through the repetition of lines.

Implied texture

Texture that does not directly represent the object it is connected with but the concept of the object is translated in textural patterns.

Texture mapping

Texture mapping is a method for adding detail, surface texture (a bitmap or raster image), or color to a computer-generated graphic or 3D model. Its application to 3D graphics was pioneered by Edwin Catmull in 1974.

Originally a method that simply wrapped and mapped pixels from a texture to a 3D surface - now more technically called diffuse mapping to distinguish it from more complex mappings - in recent decades the advent of multi-pass rendering and complex mapping such as height mapping, bump mapping, normal mapping, displacement mapping, reflection mapping, mipmaps, occlusion mapping, and many other complex variations on the technique have made it possible to simulate near-photorealism in real time, by vastly reducing the number of polygons and lighting calculations needed to construct a realistic and functional 3D scene.