AccountingForm

AccountingForm[expr]

prints with all numbers in expr given in standard accounting notation.

AccountingForm[expr,n]

prints with numbers given to ndigit precision.

Details and Options

Examples

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Basic Examples  (1)

In accounting form, negative numbers and scientific notation are not used:

Scope  (5)

The default display for a machine number:

Display more digits than the default:

Display fewer digits:

Format a complex number:

Format a high-precision number:

Use fewer digits:

Change the display of numbers in a vector:

A matrix:

Change the display of inexact numbers in a mixed expression:

Options  (10)

DigitBlock  (2)

A default integer:

Digits separated in blocks of length 3:

Use fivedigit blocks with spaces as separators:

ExponentFunction  (1)

Compute approximate powers of :

Use exponents that are multiples of 3:

Include exponents for powers greater than 10:

NumberFormat  (1)

Display three numbers in accounting form:

Display the numbers in a Fortranlike form:

NumberMultiplier  (1)

Use the default multiplier:

Use an asterisk (*) instead:

NumberPadding  (1)

The default does not pad on the left or right:

Pad with spaces on the left:

NumberPoint  (1)

The default is a period:

Display with a comma (,) instead:

NumberSeparator  (1)

The default separator is a comma (,):

Use spaces instead:

NumberSigns  (1)

The default uses parentheses for negative numbers:

Use negative and positive signs instead:

Use words instead of symbols:

SignPadding  (1)

The default pads before signs:

Pad between signs and numbers instead:

Pad with spaces before the left sign and with zeros between the number and the right sign:

Properties & Relations  (2)

AccountingForm does not have exponents:

NumberForm and PaddedForm have exponents for powers greater than 5:

ScientificForm has a single digit to the left of the decimal:

EngineeringForm uses exponents that are multiples of 3:

Affect the display of numbers in TableForm or MatrixForm:

Possible Issues  (1)

Placeholder zeros may be needed if the requested precision is small:

Introduced in 1991
 (2.0)
 |
Updated in 2003
 (5.0)