Incomputing,WYSIWYG (/ˈwɪziwɪɡ/WIZ-ee-wig), anacronym forwhat you see is what you get,[1] refers to software that allows content to be edited in a form that resembles its appearance when printed or displayed as a finished product,[2] such as a printed document, web page, or slide presentation. WYSIWYG implies auser interface that allows the user to view something very similar to the result while the document is being created.[3] In general, WYSIWYG implies the ability to directly manipulate thelayout of a document without having to type or remember names of layout commands.[4]
Before the adoption of WYSIWYG techniques, text appeared in editors using the system standardtypeface and style with little indication of layout (margins,spacing, etc.). Users were required to enter special non-printingcontrol codes (now referred to as markupcode tags) to indicate that some text should be inboldface,italics, or a differenttypeface or size. In this environment there was very little distinction betweentext editors andword processors.
These applications typically used an arbitrarymarkup language to define the codes/tags. Each program had its own special way to format a document, and it was a difficult and time-consuming process to change from one word processor to another.
The use of markup tags and codes remains popular today in some applications due to their ability to store complex formatting information. When the tags are made visible in the editor, however, they occupy space in the unformatted text, and as a result can disrupt the desired layout and flow.
Bravo, a document preparation program for theAlto produced atXerox PARC byButler Lampson,Charles Simonyi and colleagues in 1974, is generally considered to be the first program to incorporate the WYSIWYG technology,[5] displaying text with formatting (e.g. with justification, fonts, and proportional spacing of characters).[6] The Alto monitor (72PPI, based on thetypographic unit) was designed so that one full page of text could be seen and then printed on the firstlaser printers. When the text was laid out on the screen, 72 PPI font metric files were used, but when printed, 300 PPI files were used. As a result, one would occasionally find characters and words that are slightly off—a problem that would continue up to this day.
Bravo was released commercially, and the software eventually included in theXerox Star can be seen as a direct descendant of it.[7]
In late 1978, in parallel with but independent of the work at Xerox PARC,Hewlett-Packard developed and released the first commercial WYSIWYG software application for producing overhead slides (or what today are referred to as presentation graphics). The first release, namedBRUNO (after an HP sales training puppet), ran on theHP 1000 minicomputer, taking advantage ofHP 2640—HP's first bitmapped computer terminal.BRUNO was then ported to the HP-3000 and re-released as "HP Draw".[8]
By 1981,MicroPro advertised that itsWordStar word processor had WYSIWYG,[9] but its display was limited to displayingstyled text in WYSIWYG fashion;bold anditalic text would be represented on screen, instead of being surrounded by tags or specialcontrol characters.[10] In 1983, theWeekly Reader advertised itsStickybear educational software with the slogan "what you see is what you get", with photographs of its Apple II graphics,[11] buthome computers of the 1970s and early 1980s lacked the sophisticated graphics capabilities necessary to display WYSIWYG documents, meaning that such applications were usually confined to limited-purpose, high-end workstations (such as theIBM Displaywriter System) that were too expensive for the general public to afford. As improving technology allowed the production of cheaper bitmapped displays, WYSIWYG software started to appear in more popular computers, includingLisaWrite for theApple Lisa, released in 1983, andMacWrite for theApple Macintosh, released in 1984.[12]
TheApple Macintosh system was originally designed so that thescreen resolution and the resolution of theImageWriterdot-matrix printers sold by Apple were easily scaled: 72 PPI for the screen and 144DPI for the printers. Thus, the scale and dimensions of the on-screen display in programs such asMacWrite andMacPaint were easily translated to the printed output. If the paper were held up to the screen, the printed image would be the same size as the on-screen image, but at twice the resolution. As theImageWriter was the only model of printer physically compatible with the Macintosh printer port, this created an effective closed system. Later, when Macs using external displays became available, the resolution was fixed to the size of the screen to achieve 72 DPI. These resolutions often differed from the VGA-standard resolutions common in the PC world at the time. Thus, while a Macintosh 15-inch (38 cm) monitor had the same 640 × 480 resolution as a PC, a 16-inch (41 cm) screen would be fixed at 832 × 624 rather than the 800 × 600 resolution used by PCs. With the introduction of third-party dot-matrix printers as well aslaser printers andmultisync monitors, resolutions deviated from even multiples of the screen resolution, making true WYSIWYG harder to achieve.[13]
The phrase "what you see is what you get", from which the acronym derives, was acatchphrase popularized byFlip Wilson's drag personaGeraldine, first appearing in September 1969, then regularly in the early 1970s onThe Flip Wilson Show. The phrase was a statement demanding acceptance of Geraldine's entire personality and appearance.
As it relates to computing, there are multiple claims to first use of the phrase:
In mid-1975,John W. Seybold, the founder of Seybold Publications, and researchers atPARC incorporatedGypsy software intoBravo to create Bravo 3, which allowed text to be printed as displayed.Charles Simonyi and the other engineers appropriated Flip Wilson's popular phrase around that time.[15][16]
Barbara Beeton reports that the term was coined by Bill Tunnicliffe, in a presentation at a 1978 committee meeting involving the Graphic Communications Association (GCA), theAmerican Mathematical Society (AMS), and the Printing Industries of America (PIA).[17]
Many variations are used only to illustrate a point or make a joke, and have very limited real use. Some that have been proposed include the following:
WYGIWYG;what you get is what you get, often used in a similar way to WYSIAYG, WYSIMOLWYG, or WYSINWYW.[18]
WYGIWYS,what you get is what you see, used in computing to describe an interaction paradigm in results-oriented user interface. The term was used byJakob Nielsen to describeMicrosoft Office 2007's "Ribbon" interface[19]
WYSIAWYG;what you see is almost what you get, similar to WYSIMOLWYG.[4]
WYSIAYG,what you see is all you get, used to point out that advanced users are sometimes limited by the user interface.[20]
WYSIMOLWYG,what you see is more or less what you get, recognizing that most WYSIWYG implementations are imperfect.[4]
WYSINWYW,what you see is not what you want, suggesting that Microsoft Word often controls the user, not the other way around[21]
WYSIWYW,what you see is what you want, used to describeGNU TeXmacs editing platform.[22] The abbreviation clarifies that unlike in WYSIWYG editors, the user is able to customize WYSIWYW platforms to act (possibly in part) as manual typesetting programs such asTeX ortroff.
WYTIWYG,what you think is what you get, found in Ward Cunninghams Wiki, the first user-editable website meaning: "What we look for is often what we find.",[23] Used as a principle forWackoWiki markup, meaning that "formatted output actually looks like you expect it to look"[24]
YAFIYGI,you asked for it you got it, used to describe a text-command oriented document editing system that does not include WYSIWYG, in reference to the fact that users of such systems often ask for something they did not really want. It is considered to be the opposite of WYSIWYG.[25] The phrase was first used in this context in 1983 in the essayReal Programmers Don't Use Pascal to describe theTECO text editor system, and began to be abbreviated circa 1993.[26][27][28]
