Function Index

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S
	sign, BigInteger
	sin(z), SchemeNumber.fn
	splice_subtypes
	sqrt(z), SchemeNumber.fn
	square, BigInteger
	string”](z), SchemeNumber.fn[“number
	string”](z,radix), SchemeNumber.fn[“number
	string”](z,radix,precision), SchemeNumber.fn[“number
	subtract, BigInteger
T
	tan(z), SchemeNumber.fn
	toExponential(fractionDigits), SchemeNumber
	toFixed(fractionDigits), SchemeNumber
	toJSValue, BigInteger
	toPrecision(precision), SchemeNumber
	toString, BigInteger
	toString(radix), SchemeNumber
	truncate(x), SchemeNumber.fn
V
	valueOf, BigInteger

BigInteger.prototype.sign = function()

Get the sign of a BigInteger.

Returns the sine of z.

sub splice_subtypes

Returns the square root of z.

BigInteger.prototype.square = function()

Multiply a BigInteger by itself.

Converts z to a string, base 10.

Converts z to a string, base radix.

Converts and suffixes z with a count of significant bits.

BigInteger.prototype.subtract = function( n )

Subtract two BigIntegers.

Returns the tangent of z.

Converts this Scheme number to scientific “e” notation with fractionDigits digits after the decimal point.

Returns this Scheme number as a string with fractionDigits digits after the decimal point.

BigInteger.prototype.toJSValue = function()

Convert a BigInteger to a native JavaScript integer.

Converts this Scheme number to decimal (possibly “e” notation) with precision significant digits.

BigInteger.prototype.toString = function( base )

Convert a BigInteger to a string.

Converts this Scheme number to a string.

Returns the closest integer between 0 and x.

BigInteger.prototype.valueOf = function()

Convert a BigInteger to a native JavaScript integer.