Index
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P
 parse, BigInteger
 pow, BigInteger
 prev, BigInteger
 prolog_js
 prolog_scheme
Q
 quotient, BigInteger
R
 raise, SchemeNumber
 rationalize(x,y), SchemeNumber.fn
 remainder, BigInteger
 require.js
 round(x), SchemeNumber.fn
S
 Scheme functions, SchemeNumber
 SchemeNumber
 schemeNumber.js
 sign, BigInteger
 sin(z), SchemeNumber.fn
 small, BigInteger
@SPEC
 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
 Variables
 VERSION, SchemeNumber
Z
 ZERO, BigInteger
BigInteger.parse = function(s,
base)
Parse a string into a BigInteger.
BigInteger.prototype.pow = function(n)
Raise a BigInteger to a power.
BigInteger.prototype.prev = function()
Get the previous BigInteger (subtract one).
sub prolog_js
sub prolog_scheme
BigInteger.prototype.quotient = function(n)
Divide two BigIntegers and truncate towards zero.
Function that translates a Scheme exception to ECMAScript.
Returns the simplest fraction within y of x.
BigInteger.prototype.remainder = function(n)
Calculate the remainder of two BigIntegers.
Minimalist implementation of CommonJS Modules 1.1.1.
Returns the closest integer to x, ties go even.
Elements of fn.
A number object as defined by the Scheme language.
SchemeNumber
BigInteger.prototype.sign = function()
Get the sign of a BigInteger.
Returns the sine of z.
Array of BigIntegers from 0 to 36.
my @SPEC
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.
Library version as an array of integers.
BigInteger 0.
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