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This page explains different methods for creating, controlling and preventing line breaks and word wraps in Wikipedia articles and pages. When a paragraph or line of text is too long to fit on one line, web browsers, like many other programs, automatically wrap the text to the next line.
The last line of a paragraph continuing on to a new page (highlighted yellow) is a widow (sometimes called an orphan). In typesetting, widows and orphans are single lines of text from a paragraph that dangle at either the beginning or end of a block of text, or form a very short final line at the end of a paragraph. [1]
(The "source code", "wiki text", or "input text" is what editors see and change in the text box of the "edit this page" form; the displayed text is what is shown to the reader.) One benefit is that the line breaks make diffs smaller and (arguably) easier to read, and this was especially true before the changes to the styling of diffs made in ...
A non-paragraph line break, which is a soft return, is inserted using ⇧ Shift+↵ Enter or via the menus, and is provided for cases when the text should start on a new line but none of the other side effects of starting a new paragraph are desired. In text-oriented markup languages, a soft return is typically offered as a markup tag.
Line breaks or newlines are used to add whitespace between lines, such as separating paragraphs. A line break that is visible in the content is inserted by pressing ↵ Enter twice. Pressing ↵ Enter once will place a line break in the markup, but it will not show in the rendered content, except when using list markup.
For continuing text, use of <pages> is preferred. {{{1}}} word to be used {{{2}}}, positioning of the line and label: Add top for the line to be above label; Add left for the label to be in the left margin, and no break in the text (recommended for continuous text) Leave blank or write bottom for the line to be below the label
The Knuth–Plass algorithm is a line-breaking algorithm designed for use in Donald Knuth's typesetting program TeX.It integrates the problems of text justification and hyphenation into a single algorithm by using a discrete dynamic programming method to minimize a loss function that attempts to quantify the aesthetic qualities desired in the finished output.
var x1 = 0; // A global variable, because it is not in any function let x2 = 0; // Also global, this time because it is not in any block function f {var z = 'foxes', r = 'birds'; // 2 local variables m = 'fish'; // global, because it wasn't declared anywhere before function child {var r = 'monkeys'; // This variable is local and does not affect the "birds" r of the parent function. z ...