clojure.lang

Class Numbers.RatioOps

java.lang.Object

clojure.lang.Numbers.OpsP

clojure.lang.Numbers.RatioOps

All Implemented Interfaces:

Numbers.Ops

Enclosing class:

Numbers

static final class Numbers.RatioOps
extends Numbers.OpsP

Constructor Summary

Constructors

Constructor and Description
Numbers.RatioOps()

Method Summary

Methods

Modifier and Type	Method and Description
java.lang.Number	add(java.lang.Number x, java.lang.Number y)
Numbers.Ops	combine(Numbers.Ops y)
java.lang.Number	dec(java.lang.Number x)
java.lang.Number	divide(java.lang.Number x, java.lang.Number y)
boolean	equiv(java.lang.Number x, java.lang.Number y)
java.lang.Number	inc(java.lang.Number x)
boolean	isNeg(java.lang.Number x)
boolean	isPos(java.lang.Number x)
boolean	isZero(java.lang.Number x)
boolean	lt(java.lang.Number x, java.lang.Number y)
java.lang.Number	multiply(java.lang.Number x, java.lang.Number y)
java.lang.Number	negate(java.lang.Number x)
(package private) static java.lang.Number	normalizeRet(java.lang.Number ret, java.lang.Number x, java.lang.Number y)
Numbers.Ops	opsWith(Numbers.BigDecimalOps x)
Numbers.Ops	opsWith(Numbers.BigIntOps x)
Numbers.Ops	opsWith(Numbers.DoubleOps x)
Numbers.Ops	opsWith(Numbers.LongOps x)
Numbers.Ops	opsWith(Numbers.RatioOps x)
java.lang.Number	quotient(java.lang.Number x, java.lang.Number y)
java.lang.Number	remainder(java.lang.Number x, java.lang.Number y)

Methods inherited from class clojure.lang.Numbers.OpsP

addP, decP, incP, multiplyP, negateP

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Numbers.RatioOps

Numbers.RatioOps()

Method Detail

combine

public Numbers.Ops combine(Numbers.Ops y)

opsWith

public final Numbers.Ops opsWith(Numbers.LongOps x)

opsWith

public final Numbers.Ops opsWith(Numbers.DoubleOps x)

opsWith

public final Numbers.Ops opsWith(Numbers.RatioOps x)

opsWith

public final Numbers.Ops opsWith(Numbers.BigIntOps x)

opsWith

public final Numbers.Ops opsWith(Numbers.BigDecimalOps x)

isZero

public boolean isZero(java.lang.Number x)

isPos

public boolean isPos(java.lang.Number x)

isNeg

public boolean isNeg(java.lang.Number x)

normalizeRet

static java.lang.Number normalizeRet(java.lang.Number ret,
                            java.lang.Number x,
                            java.lang.Number y)

add

public final java.lang.Number add(java.lang.Number x,
                   java.lang.Number y)

multiply

public final java.lang.Number multiply(java.lang.Number x,
                        java.lang.Number y)

divide

public java.lang.Number divide(java.lang.Number x,
                      java.lang.Number y)

quotient

public java.lang.Number quotient(java.lang.Number x,
                        java.lang.Number y)

remainder

public java.lang.Number remainder(java.lang.Number x,
                         java.lang.Number y)

equiv

public boolean equiv(java.lang.Number x,
            java.lang.Number y)

lt

public boolean lt(java.lang.Number x,
         java.lang.Number y)

negate

public final java.lang.Number negate(java.lang.Number x)

inc

public java.lang.Number inc(java.lang.Number x)

dec

public java.lang.Number dec(java.lang.Number x)