/text/smath/01/03090500.xhp added text to fix #i29948#

brackets; in $[officename] Math brackets; round (Math) parentheses (Math) brackets; square (Math) brackets; double square (Math) braces in %PRODUCTNAME Math brackets; angle (Math) brackets; operator (Math) brackets; angle with operator brackets; group grouping brackets round brackets square brackets double square brackets; scalable scalable braces scalable round brackets scalable lines with ceiling vertical bars brackets; scalable operator brackets floor brackets lines; with edges ceiling brackets; lines with lines; scalable ceiling brackets;scalable lines with brackets; single, without group function single brackets without group function brackets;widowed widowed brackets orphaned brackets Brackets You can choose among various bracket types to structure a $[officename] Math formula. Bracket types are displayed in the lower part of the Elements window. These brackets are also listed in the context menu of the Commands window. All brackets that are not contained in the Elements window or in the context menu can be typed manually in the Commands window.

The following is a complete list of all available bracket types. The icon next to the bracket type indicates that it can be accessed through the Elements window (menu View - Elements) or through the context menu of the Commands window. Bracket types Icon Round brackets (parentheses) Inserts a placeholder within normal round brackets (parentheses). You can also type (<?>) in the Commands window. Icon Square brackets Inserts a placeholder within square brackets. You can also type [<?>] in the Commands window. Icon Double square brackets Inserts a placeholder within double square brackets. You can also type ldbracket <?> rdbracket in the Commands window. Icon Braces (curly brackets) Inserts a placeholder within braces (curly brackets). You can also type lbrace<?>rbrace directly in the Commands window. Icon Single vertical bars Inserts a placeholder within vertical bars. You can also type lline <?> rline directly in the Commands window. Icon Double vertical bars Inserts a placeholder within double vertical bars. You can also type ldline <?> rdline directly in the Commands window. Icon Angle brackets Inserts a placeholder within angle brackets. You can also type langle <?> rangle in the Commands window. Icon Operator brackets Inserts a placeholder within operator brackets. You can also type langle <?> mline <?> rangle in the Commands window. Icon Group brackets Inserts group brackets. You can also type {<?>} in the Commands window. Icon Round brackets (scalable) Inserts scalable rounded brackets with one placeholder. You can also type left(<?> right) in the Commands window. Icon Square brackets (scalable) Inserts scalable square brackets with placeholders. You can also type left[<?> right] in the Commands window. The size of the brackets is adjusted automatically. Icon Double square brackets (scalable) Inserts scalable double square brackets with placeholders. You can also type left ldbracket <?> right rdbracket directly in the Commands window. The bracket size is adjusted automatically. Icon Braces (scalable) Inserts scalable braces with a placeholder. You can also type left lbrace <?> right rbrace in the Commands window. The size of the braces is automatically adjusted. Icon Single vertical bars (scalable) Inserts scalable single vertical bars with a placeholder. You can also type left lline <?> right rline in the Commands window. The size of the brackets is automatically adjusted. Icon Double vertical bars (scalable) Inserts scalable double vertical bars with a placeholder. You can also type left ldline <?> right rdline in the Commands window. The size of the brackets is automatically adjusted. Icon Angle brackets (scalable) Inserts scalable angle brackets with a placeholder. You can also type left langle <?> right rangle in the Commands window. The size of the brackets is automatically adjusted. Icon Operator brackets (scalable) Inserts scalable operator brackets with placeholders. You can also type left langle <?> mline <?> right rangle in the Commands window. The bracket size is adjusted automatically. Icon Brace top (scalable) Inserts a scalable horizontal upper brace with placeholders. You can also enter <?> overbrace <?> directly in the Commands window. The bracket size is adjusted automatically. Icon Brace bottom (scalable) Inserts a scalable horizontal lower brace with placeholders. You can also type <?> underbrace <?> directly in the Commands window. The bracket size is adjusted automatically. To insert floor brackets, type lfloor<?>rfloor directly in the Commands window. To insert ceiling brackets, type lceil<?>rceil directly in the Commands window. To insert scalable floor brackets, type left lfloor<?>right rfloor directly in the Commands window. To insert scalable ceiling brackets, type left lceil<?>right rceil directly in the Commands window. Brackets are automatically sized when you type left and right in front of the bracket command, for example, left(a over b right). You can also set the size and spacing of brackets by choosing Format - Spacing - Category - Brackets and setting the desired percentages. Mark the Scale all brackets check box to apply the changes to all brackets in the formula. You can also use single brackets. To do this, type a backslash \ in front of the command. For example, when you type \[, the left square bracket appears without its counterpart. This is useful for creating reverse brackets or for constructing intervals. Note that only non-scalable brackets can be used individually. To change the size, use the size command. Examples of single brackets For non-scaled brackets: a = \{ \( \[ b newline {} + c \] \) \ } For scaled brackets use none as the bracket name a = left ( a over b right none newline left none phantom {a over b} + c right ) The phantom statement ensures that the last bracket is the correct size. Be sure to put spaces (gaps) between elements when entering them directly in the Commands window. This ensures that the correct structure is recognized. Useful information about indexes and exponents as well as scaling helps you structure formulas effectively. For more information about brackets, see Brackets and Grouping.