About

Text spacing errors cause parsing failures in fixed-width data formats, monospaced terminal layouts, and legacy systems that rely on whitespace-delimited columns. A single missing or extra space in a COBOL copybook or FORTRAN formatted output breaks downstream processing entirely. This tool applies a controlled space multiplication factor n to every whitespace gap in your input, converting each single space into exactly n consecutive space characters (U+0020). It operates on raw Unicode text with no encoding side-effects.

The tool supports four distinct modes: word-gap multiplication (scales existing inter-word spaces), character-level insertion (injects spaces between every glyph), leading/trailing preservation, and tab-to-space expansion before duplication. Note: this tool treats only the standard space character (U+0020). Non-breaking spaces (U+00A0), em-spaces (U+2003), and other Unicode whitespace are passed through unmodified. For inputs exceeding 500,000 characters, consider splitting into chunks to avoid browser memory pressure.

Formulas

The core transformation applies a space multiplication factor to every contiguous run of standard space characters found in the input string.

output = replace(input, pattern, replacement)

Where the regex pattern and replacement depend on the selected mode:

Word Gap Mode: pattern = /( +)/g → each match m is replaced by repeat(m, n)

Character Mode: pattern = /(.)/g → each character c gets n spaces appended (except last)

Where n = the user-selected multiplier (2 for duplicate, 3 for triple, or any custom integer). For Word Gap Mode, every contiguous block of k spaces becomes k × n spaces. The total output length L is calculated as:

L = L_non-space + S × n

Where S = total count of original space characters, and L_non-space = count of all non-space characters (including line breaks).

Reference Data

Whitespace Character	Unicode	Name	Affected by Tool	Typical Width	Common Use
	U+0020	Space	Yes	Variable	Standard word separator
	U+00A0	No-Break Space	No	Same as space	Prevents line break
	U+2002	En Space	No	0.5 em	Typography
	U+2003	Em Space	No	1 em	Typography
	U+2004	Three-Per-Em Space	No	0.33 em	Thin spacing
	U+2005	Four-Per-Em Space	No	0.25 em	Thin spacing
	U+2006	Six-Per-Em Space	No	0.167 em	Fine typography
	U+2007	Figure Space	No	Digit width	Tabular number alignment
	U+2008	Punctuation Space	No	Period width	After punctuation
	U+2009	Thin Space	No	0.2 em	SI unit separator
	U+200A	Hair Space	No	Thinnest	Kerning adjustment
	U+202F	Narrow No-Break Space	No	Narrow	French punctuation
	U+3000	Ideographic Space	No	1 CJK char	CJK text formatting
\t	U+0009	Horizontal Tab	Optional	4 - 8 spaces	Code indentation
\n	U+000A	Line Feed	No	N/A	Line break (Unix)
\r\n	U+000D+U+000A	CRLF	No	N/A	Line break (Windows)

Frequently Asked Questions

No. The tool exclusively targets the standard ASCII space character (U+0020). Non-breaking spaces (U+00A0), em spaces (U+2003), thin spaces (U+2009), and all other Unicode whitespace categories pass through unchanged. If you need to normalize these first, convert them to standard spaces before processing.

In Word Gap mode, the tool treats each contiguous block of spaces as a single unit and multiplies its length by the factor n. For example, if your text has 3 consecutive spaces and you set the multiplier to 2, the output will contain 3 × 2 = 6 spaces. This is multiplicative, not additive.

Word Gap mode only modifies existing spaces between words - it multiplies each space gap by the chosen factor. Character mode inserts n spaces between every single character in the text, regardless of whether a space existed there originally. Character mode dramatically increases output length: a 100-character input with multiplier 2 produces roughly 298 characters.

Yes. Line breaks (LF, CRLF) are fully preserved and never modified. Tabs (U+0009) are preserved by default unless you enable the "Convert tabs to spaces first" option, which replaces each tab with 4 standard spaces before applying the multiplier.

The tool handles inputs up to 500,000 characters without issue. Beyond that threshold, browser memory allocation may cause lag. For very large files, split the text into chunks. Processing is synchronous and typically completes in under 10 milliseconds for inputs under 100,000 characters.

Yes. By setting a precise multiplier, you can expand column gaps in fixed-width text files (such as legacy mainframe reports or ASCII tables) uniformly. However, be aware that Word Gap mode multiplies all space runs equally. If your columns have varying gap widths, the proportional differences are maintained but all gaps grow by the same factor.