Unfinished creative work

An unfinished work is creative work that has not been finished. Its creator may have chosen never to finish it or may have been prevented from doing so by circumstances outside of their control, such as death. Such pieces are often the subject of speculation as to what the finished piece would have been like had the original creator completed the work with their own hand. Sometimes artworks are finished by others and released posthumously. Unfinished works have had profound influences on their genres and have inspired others in their own projects. The term can also refer to ongoing work which could eventually be finished and is distinguishable from "incomplete work", which can be a work that was finished but is no longer in its complete form.

There are many reasons for work not being completed. Works are usually stopped when their creator dies, although some, aware of their failing health, make sure that they set up the project for completion. If the work involves other people, such as a cast of actors or the subject of a portrait, it may be halted because of their unavailability. Projects that are too grandiose might never have been finished, while others should be feasible but their creator's continual unhappiness with them leads to abandonment.

Unfinished (song)

"→unfinished→" is the 18th single released by the Japanese-pop singer Kotoko. The title track, composed by Satoshi Yaginuma of fripSide, was used as the ending theme song for the anime Accel World. It was released under Warner Music Japan.

Track listing

Unfinished (How I Met Your Mother)

"Unfinished" is the third episode of the sixth season of the CBS sitcom How I Met Your Mother, and the 115th episode overall. It aired on October 4, 2010.

Plot

Future Ted states that during his early years as a professor, he had a simple goal: to give a lecture that would change someone's life. Ted believes he accomplished that goal, and recalls the story. The story begins when Ted is just beginning a lecture. He takes an airplane out of his pocket, but Future Ted decides to go back in time a couple days earlier, when Barney surprises Ted one day by telling him that Goliath National Bank is reconsidering Ted's design of the new GNB building that had been scrapped before. Ted is intrigued, but decides he doesn't want to work for GNB, with he and Marshall likening them to the Galactic Empire. Barney seems to accept this, but later is seen to be ignoring Ted. Ted realizes Barney is playing him like he would a hot girl, as Barney really does want Ted to design the building. Barney's attempts to "woo" Ted seem to be working, as Ted finds himself wanting to accept the job more and more. Finally, Barney tells Ted they have already accepted another offer, with Marshall backing up his claim. Ted goes to Barney and offers to do the job at half price, but Marshall reveals they hadn't accepted another offer, only pretending to do so to convince Ted even more. Shocked that Barney and Marshall had lied to him, Ted declines the offer again.

Fit

Fit or FIT may refer to:

As a word

Fit may refer to:

Fitness

Other uses

FITS

Flexible Image Transport System (FITS) is an open standard defining a digital file format useful for storage, transmission and processing of scientific and other images. FITS is the most commonly used digital file format in astronomy. Unlike many image formats, FITS is designed specifically for scientific data and hence includes many provisions for describing photometric and spatial calibration information, together with image origin metadata.

The FITS format was first standardized in 1981; it has evolved gradually since then, and the most recent version (3.0) was standardized in 2008. FITS was designed with an eye towards long-term archival storage, and the maxim once FITS, always FITS represents the requirement that developments to the format must be backwards compatible.

A major feature of the FITS format is that image metadata is stored in a human-readable ASCII header, so that an interested user can examine the headers to investigate a file of unknown provenance. The information in the header is designed to calculate the byte offset of some information in the subsequent data unit to support direct access to the data cells. Each FITS file consists of one or more headers containing ASCII card images (80 character fixed-length strings) that carry keyword/value pairs, interleaved between data blocks. The keyword/value pairs provide information such as size, origin, coordinates, binary data format, free-form comments, history of the data, and anything else the creator desires: while many keywords are reserved for FITS use, the standard allows arbitrary use of the rest of the name-space.

Fit (manufacturing)

In precision mechanics, fit refers to the degree of 'looseness' with which an shaft is inserted into an orifice.

This coupling is related to the tolerance or allowance of both parts dimensions. The shaft and the orifice must be of a similar diameter, otherwise there will not be a correct adjustment. With this in mind, measurements have been internationally standarised according to ISO regulation to ensure the interchangeability of items and their mass production.

Tolerance values are designated with a capital letter in the case of orificies and lower case letters in the case of shafts. The lower the value the higher the machining costs, as a greater precision is required.

Maximum and minimum clearance

The maximum clearance of a fit is the difference between the upper bound of the orifice diameter and the lower bound of the shaft diameter.

The minimum clearance meanwhile is the difference between the lower bound of the orifice diameter and the upper bound of the shaft diameter.