Scorn

Scorn may refer to:

Music

Comic Books

Other uses

See also

Symbiote (comics)

The Symbiotes (originally known as the Klyntar) are a fictional race of amorphous extraterrestrial parasites which appear in the Marvel Comics shared universe. The Symbiotes envelop their hosts like costumes, creating a symbiotic bond through which the host's mind can be influenced.

The first appearance(s) of a symbiote occurs in The Amazing Spider-Man #252, The Spectacular Spider-Man #90, and Marvel Team-Up #141 (released concurrently in May 1984), in which Spider-Man brings one home to Earth after the Secret Wars (Secret Wars #8, which was released months later, details his first encounter with it). The concept was created by a Marvel Comics reader, with the publisher purchasing the idea for $220. The original design was then modified by Mike Zeck, becoming the Venom symbiote. The concept would be explored and used throughout multiple storylines, spin-off comics, and derivative projects.

Fictional biography

The Klyntar, as the symbiotes call themselves, originate from an unnamed planet in an uncharted region of space, and are a benevolent species which believes in helping others, which they attempt to do by creating heroes through the process of bonding to the morally and physically ideal. Hosts afflicted with chemical imbalances or cultural malignancy can corrupt symbiotes, turning them into destructive parasites which combat their altruistic brethren by spreading lies and disinformation about their own kind, in order to make other races fear and hate the species as a whole.

List of The Batman characters

The following is a list of characters that have appeared in the television series The Batman, which ran from September 11, 2004 to March 22, 2008.

Main character

Supporting characters

Antagonists

Additional characters

External links

Channel (programming)

In computing, a channel is a model for interprocess communication and synchronization via message passing. A message may be sent over a channel, and another process or thread is able to receive messages sent over a channel it has a reference to, as a stream. Different implementations of channels may be buffered or not, and either synchronous or asynchronous.

Channels are fundamental to the process calculus approach to concurrency, and originated in communicating sequential processes (CSP), a formal model for concurrency, and has been used in many derived languages, such as occam, and Limbo programming language (via Newsqueak and the Alef programming language). They are also used in the C programming language threading library libthread, and in Plan 9 from Bell Labs, which uses libthread, as well as in Stackless Python and the Go programming language.

Channel implementations

Channels modeled after the CSP model are inherently synchronous: a process waiting to receive an object from a channel will block until the object is sent. This is also called rendezvous behaviour. Typical supported operations are presented below using the example of the libthread channel API.

Price channels

A price channel is a pair of parallel trend lines that form a chart pattern for a stock or commodity. Channels may be horizontal, ascending or descending. When prices pass through and stay through a trendline representing support or resistance, the trend is said to be broken and there is a "breakout".

References

See also

Channel (digital image)

Color digital images are made of pixels, and pixels are made of combinations of primary colors represented by a series of code. A channel in this context is the grayscale image of the same size as a color image, made of just one of these primary colors. For instance, an image from a standard digital camera will have a red, green and blue channel. A grayscale image has just one channel.

Overview

In the digital realm, there can be any number of conventional primary colors making up an image; a channel in this case is extended to be the grayscale image based on any such conventional primary color. By extension, a channel is any grayscale image the same size with the "proper" image, and associated with it.

"Channel" is a conventional term used to refer to a certain component of an image. In reality, any image format can use any algorithm internally to store images. For instance, GIF images actually refer to the color in each pixel by an index number, which refers to a table where three color components are stored. However, regardless of how a specific format stores the images, discrete color channels can always be determined, as long as a final color image can be rendered.