com.rubecula.jquantity
Class Value

java.lang.Object
  |
  +--java.lang.Number
        |
        +--com.rubecula.jquantity.BaseNumber
              |
              +--com.rubecula.jquantity.MutableNumber
                    |
                    +--com.rubecula.jquantity.Rational
                          |
                          +--com.rubecula.jquantity.Value

All Implemented Interfaces:

Arithmetical, Arithmutable, Auditable, java.lang.Cloneable, java.lang.Comparable, Divisible, Estimable, Fuzzy, FuzzyMutable, Identifiable, Mutable, Normalizable, Presentable, java.io.Serializable, Trigonometrical, Typed

public class Value

extends Rational

implements Typed

This public class extends Rational by adding a type.

 This class is used to represent [dimensionless, non-complex] values.
 Value is either precise or has known, ie. bound, precision.
 There are two "values" which pertain to an instance of Value:
 
the stored (actual) value (embodied as an extension of Rational);
 
the effective (real-context) value, which the instance would have if
 converted to real context.
 
 
In the case of a Real-valued instance, the stored and effective values
 are equal.
 

  A Value extends Rational and includes the following instance fields:
      ValueType _Type: a value which represents the type (context) of the value
           (for more detail, see the type definitions themselves in public constants below)
 

Version:

$Revision: 1.7 $

Author:

Robin Hillyard

See Also:

Serialized Form

Nested Class Summary

class

Value.ValueException

Nested classes inherited from class com.rubecula.jquantity.Rational

Rational.RValueException

Field Summary

(package private) static Value	$1
(package private) static Value	$2
(package private) static Value	$Half
(package private) static Value	$Pi

Fields inherited from class com.rubecula.jquantity.Rational

_Denominator, _Estimate, _Numerator, $_2Pi, $_c, $_degF, $_degR, $_Degree2Radian, $_Pi_12, $_Pi_2, $_Pi_4, $_Tan15Deg, $_Tan30Deg, $0, $1_2, $10, $12, $3, $6, $E, $Infinity, $MaxInt, $NaN, $Rt2, $Rt3, $Rt5, $S_Rt2, $S_Rt3, $S_Rt5

Fields inherited from class com.rubecula.jquantity.MutableNumber

$__1

Fields inherited from interface com.rubecula.jquantity.Fuzzy

$DistGaussian, $DistInvalid, $DistNone, $DistUniform, $Names

Constructor Summary

Value(Rational value)
Constructor for a Value to extend an Rational with type RealAbs.

Value(Rational value, ValueType type)
Alternative (almost primary) constructor for a Value.

Method Summary

boolean	absBound()
void	add(BaseNumber that) MUTATING Instance method to add another Arithmetical into this object.
(package private) Value	arctanTimes2(ValueType newType)
Trigonometrical	arctanX2() Method to evaluate the arctangent function.
java.lang.String	audit(java.lang.String label) Method to return a detailed string from an arithmetical object for debugging purposes.
void	cast(ValueType type) MUTATING METHOD! This method sets the type of the object to be type.
Value	casted(ValueType type) This method yields a copy of this but cast to be of type type.
protected void	cftest(java.io.PrintStream out, Integral check)
protected void	cftest(java.io.PrintStream out, java.lang.Object check)
java.lang.Object	clone() Creates and returns a copy of this object.
int	compareTo(Integral val) Compares this Value with the specified Integral.
int	compareTo(Value that) Compares this Rational with the specified Rational.
(package private) boolean	congruent(Value that)
void	convert() MUTATING METHOD! This method sets the type of the object to be type $RealAbs.
void	convert(ValueType type) MUTATING METHOD! This method sets the type of the object to be type.
Value	converted() This method yields a copy of this but converted to be of type ValueType.$RealAbs.
Value	converted(ValueType type) This method yields a copy of this but converted to be of type type.
protected BaseNumber	difference(BaseNumber subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
(package private) Value	difference(Value x)
(package private) Value	difference(Value x, ValueType context)
Value	differenceValue(Value subtrahend) Method to yield the difference of this less a BaseNumber (subtrahend).
void	divide(BaseNumber divisor) MUTATING method to replace this by the quotient of this over divisor.
(package private) double	doubleValue(boolean forceRealContext)
Trigonometrical	exp() Method to evaluate the exponential function.
(package private) Value	exp(ValueType newType) Method for raising e to the power of this Value.
(package private) Value	fold(Value limit) Method to force this into a specific range.
(package private) Value	forceTypeReal() Method to form a version of this such that the type is Real (Rel or Abs).
(package private) static Value	FullCircles(int n)
(package private) Value	gcd(Value that)
double	getBoundAbs(boolean absolute)
double	getRealValue() This method is used to get the the true value of this.
ValueType	getType() Method to get the type of this object.
ValueType	getTypeClass() Method to get the type class of this object.
int	hashCode()
boolean	hasSameClass(Rational other)
boolean	hasSameClass(ValueType type)
Divisible	inverse() Method to yield the reciprocal of this and return it as the result.
Value	inverseValue()
(package private) boolean	isEqual(Value that)
boolean	isExp() Conventience method to determine if this ValueType is of class Exp.
boolean	isLogAngle() Conventience method to determine if this ValueType is of class Log.
(package private) boolean	isParallel(Value that)
boolean	isReal() Method to determine if this is real-typed.
Trigonometrical	log() Method to evaluate the natural log function.
(package private) Value	log(ValueType newType)
static void	main(java.lang.String[] args) Main method for testing this class.
Value	minusValue() Method to yield a copy of this but with the sign changed.
void	multiply(BaseNumber factor) MUTATING Instance method to multiply another BaseNumber into this object.
void	multiply(Value factor) MUTATING Instance method to multiply another Value into this object.
static Presentable	Parse(Presentation x) Create a WholeNumber from a Presentation and return it as a Presentable.
(package private) int	places()
protected BaseNumber	pow(int power) Method to raise this to the power power return the result.
(package private) Value	power(int index)
(package private) Value	power(Value power)
(package private) int	precisionPlaces()
Presentation	present(AttrMap attributes) Convert this Presentable object into a Presentation, according to the set of attributes provided.
Value	productValue(Value multiplicand) Method to multiply multiplicand to this and return their product as the result.
Value	quotientValue(Value divisor)
void	raiseToPower(int x) MUTATING Instance method to raise this to power x.
(package private) Value	rootValue(int p)
void	scale(double factor) MUTATING Instance method to multiply this by a scale factor.
void	scale(long x) MUTATING Instance method to multiply this by a scale factor.
void	setType(ValueType type) Method to set the type of this object.
Value	sign(BaseNumber that)
(package private) Value	sqrt()
(package private) Value	square()
Value	sum(BaseNumber addend, ValueType context) Method to add addend to this and return their sum as the result.
Value	sum(Value that, ValueType context) Method to add addend to this and return their sum as the result.
Value	sumValue(BaseNumber addend) Method to add addend to this and return their sum as the result.
Trigonometrical	tan_theta_2() Method to evaluate the tangent function.
(package private) Value	tanThetaBy2(ValueType newType)
protected void	test(java.io.PrintStream out, Value check)
protected void	test(java.io.PrintStream out, Value check, java.lang.String label)
(package private) void	timesTenToPower(int power)
(package private) Rational	toRational() Method to narrows this object to a Rational, converting to a real context if necessary.
java.lang.String	toString() This is the default toString method for all BaseNumbers.
(package private) java.lang.String	toString(int style)
static Value	toValue(NumberPresentation presentation) Factory method to create a non-angular Value from a NumberPresentation.
static Value	toValue(NumberPresentation presentation, boolean angle) Factory method to create a (possibly angular) Value from a NumberPresentation.
(package private) static Value	TwentyfourthCircles(int n)
void	updateRealEstimate() MUTATING METHOD! This method does not affect the critical values of this object.
static Value	valueOfPowerOfTen(int x)

Methods inherited from class com.rubecula.jquantity.Rational

absRational, addTops, characteristic, Characteristic, compareTo, compareTo, differenceRational, doubleValue, expFloat, factor, floatValue, fold, getBottom, getBound, getBoundAbs, getDenominator, getDenominatorAsIntegral, getEstimate, GetExtraPrecisionDigits, getModel, getNumerator, getNumeratorAsIntegral, GetPrecisionPlaces, getTop, half, intValue, inverseRational, invert, isExact, isInfinite, isInteger, isNaN, isUnity, longValue, longValue, magnitude, makePresentableInstance, minus, minusRational, modulo, multFloat, multiplyTopAndBottom, negate, normalize, normalizeToBigDecimal, normalizeToInt, Parse, productRational, quotient, quotientRational, root, scaled, scaled, setBound, setBoundAbs, setModel, signum, squareRational, subtract, sumRational, TenToPower, toApproximation, toIntegral, toString, updateEstimate, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOf, valueOfExponent, valueOfExponent, valueOfExponent, valueOfSquare

Methods inherited from class com.rubecula.jquantity.MutableNumber

factored, forcePositive, getIdentifier, isLong, product, setIdentifier, setIdentifierPost, setIdentifierPre, sum, test

Methods inherited from class com.rubecula.jquantity.BaseNumber

abs, audit, audit, bestModel, BestModel, Characteristic, compareTo, impartFuzziness, isEqual, isUncertain, isZero, present, test, test, valueOfLog10, Wrap

Methods inherited from class java.lang.Number

byteValue, shortValue

Methods inherited from class java.lang.Object

equals, finalize, getClass, notify, notifyAll, wait, wait, wait

Field Detail

$Pi

static final Value $Pi

$2

static final Value $2

$1

static final Value $1

$Half

static final Value $Half

Constructor Detail

Value

public Value(Rational value,
             ValueType type)

Alternative (almost primary) constructor for a Value.

Parameters:

value - the object which will effectively be extended.

type - the type of the new object from the list: None,Angle,Log,RealAngle,RealAbs,RealRel,Exp.

Value

public Value(Rational value)

Constructor for a Value to extend an Rational with type RealAbs.

Parameters:

value - Rational: the object which will effectively be extended.

Method Detail

Parse

public static Presentable Parse(Presentation x)

Create a WholeNumber from a Presentation and return it as a Presentable.

Parameters:

x - A presentation which should be parsed to form a Presentable.

Returns:

A WholeNumber which corresponds to the x.

clone

public java.lang.Object clone()

Creates and returns a copy of this object.

Overrides:

clone in class Rational

Returns:

a clone of this instance.

Throws:

RationalException - : Rational not Cloneable (should be impossible)

See Also:

Cloneable

setType

public void setType(ValueType type)

Method to set the type of this object.

Specified by:

setType in interface Typed

Parameters:

type - the new type for this.

getType

public ValueType getType()

Method to get the type of this object.

Specified by:

getType in interface Typed

Returns:

the type of this.

getTypeClass

public ValueType getTypeClass()

Method to get the type class of this object.

Specified by:

getTypeClass in interface Typed

Returns:

the type-class of this, having one of the values:

• ValueType.$ClassReal
• ValueType.$ClassLog
• ValueType.$ClassExp
• ValueType.$ClassNone

.

isReal

public boolean isReal()

Method to determine if this is real-typed. Equivalent to getTypeClass()==ValueType.$ClassReal.

Specified by:

isReal in interface Typed

Returns:

true if the type of this object is of the real class.

cast

public void cast(ValueType type)

MUTATING METHOD! This method sets the type of the object to be type. The numerical setting(s) of the object remain unchanged, so that in general the equivalent value of this will change as a result.

Specified by:

cast in interface Typed

Parameters:

type - the new type.

convert

public void convert(ValueType type)

MUTATING METHOD! This method sets the type of the object to be type. The numerical setting(s) of the object will if necessary change in such a way that the true value of this remains unchanged.

Specified by:

convert in interface Typed

Parameters:

type - the new type.

getRealValue

public double getRealValue()

This method is used to get the the true value of this.

Specified by:

getRealValue in interface Typed

Returns:

this' true (effective) value.

updateRealEstimate

public void updateRealEstimate()

MUTATING METHOD! This method does not affect the critical values of this object. It updates the current real estimate (for debugging purposes).

Specified by:

updateRealEstimate in interface Typed

audit

public java.lang.String audit(java.lang.String label)

Method to return a detailed string from an arithmetical object for debugging purposes.

Specified by:

audit in interface Auditable

Overrides:

audit in class Rational

Parameters:

label - the label to associate with the data.

Returns:

the detailed string.

add

public void add(BaseNumber that)

MUTATING Instance method to add another Arithmetical into this object.

Specified by:

add in interface Arithmutable

Overrides:

add in class Rational

Parameters:

that - the addend.

multiply

public void multiply(BaseNumber factor)
              throws InvalidOperandException

MUTATING Instance method to multiply another BaseNumber into this object.
Under this form of multiplication, the effective values of the objects are multiplied together, rather than the stored values (as would be the case with the scale method).

Specified by:

multiply in interface Arithmutable

Overrides:

multiply in class Rational

Parameters:

factor - the multiplicand.

Throws:

InvalidOperandException - if that is not compatible with the multiply operation.

scale

public void scale(long x)

MUTATING Instance method to multiply this by a scale factor. Note that under this operation, the scaling (multiplication) is always directly on the value in this regardless of type.

Specified by:

scale in interface Arithmutable

Overrides:

scale in class Rational

Parameters:

x - the scale factor.

raiseToPower

public void raiseToPower(int x)

MUTATING Instance method to raise this to power x.

Specified by:

raiseToPower in interface Arithmutable

Overrides:

raiseToPower in class Rational

Parameters:

x - the number of times this should be multiplied by itself.

difference

protected BaseNumber difference(BaseNumber subtrahend)
                         throws InvalidOperandException

Method to yield the difference of this less a BaseNumber (subtrahend).
NOTE: it is a requirement of this method that the class of the result is the same as the class of this so that the result can be safely cast to the original class.

Overrides:

difference in class BaseNumber

Parameters:

subtrahend - the number to subtract from this.

Returns:

the difference of this less subtrahend.

Throws:

InvalidOperandException - if that is not compatible with the difference operation.

pow

protected BaseNumber pow(int power)

Method to raise this to the power power return the result.
NOTE: it is a requirement of this method that the class of the result is the same as the class of this so that the result can be safely cast to the original class.

Overrides:

pow in class Rational

Parameters:

power - the exponent for this.

Returns:

the value of this rraised to the power power.

multiply

public void multiply(Value factor)
              throws InvalidOperandException

MUTATING Instance method to multiply another Value into this object.
Under this form of multiplication, the effective values of the objects are multiplied together, rather than the stored values (as would be the case with the scale method).
Here's the logic:

    if this is real,
      then multiply the stored value by factor converted to type of
      this;
    else if factor is real,
      then #multiply(BaseNumber) by factor;
    else if both instances have same class and that class is log/angle,
      then add the stored value of factor into this;
    else
      convert this to a real and (recursively) multiply by factor.
 

Parameters:

factor - the multiplicand.

Throws:

InvalidOperandException - if that is not compatible with the multiply operation.

convert

public void convert()

MUTATING METHOD! This method sets the type of the object to be type $RealAbs. The numerical setting(s) of the object will if necessary change in such a way that the true value of this remains unchanged.

minusValue

public Value minusValue()

Method to yield a copy of this but with the sign changed.

Returns:

negative version of this.

sum

public Value sum(BaseNumber addend,
                 ValueType context)

Method to add addend to this and return their sum as the result.

Parameters:

addend - the number to add to this.

context - the context (a ValueType) in which the sum is to be performed.

Returns:

the sum of this and addend.

sum

public Value sum(Value that,
                 ValueType context)

Method to add addend to this and return their sum as the result.
Numerically, then if the result in a real context [as opposed to log/exp], it is the sum of the operands ... but if the result is in the log/angle domain, it is still the sum of the operands but note that the result in the log case will be equivalent to multiplication and in the angle case will be rotation Adding exp values in an exp context does not make much sense. Context must match _Type of either this or that.

Parameters:

that - the number to add to this.

context - the context (a ValueType) in which the sum is to be performed.

Returns:

the sum of this and that.

sumValue

public Value sumValue(BaseNumber addend)

Method to add addend to this and return their sum as the result.

Parameters:

addend - the number to add to this.

Returns:

the sum of this and addend.

differenceValue

public Value differenceValue(Value subtrahend)

Method to yield the difference of this less a BaseNumber (subtrahend).

Parameters:

subtrahend - the number to subtract from this.

Returns:

the difference of this less subtrahend.

productValue

public Value productValue(Value multiplicand)

Method to multiply multiplicand to this and return their product as the result.

Parameters:

multiplicand - the number to add to this.

Returns:

the product of this and multiplicand.

scale

public void scale(double factor)

MUTATING Instance method to multiply this by a scale factor. Note that under this operation, the scaling (multiplication) is always directly on the value in this regardless of type.

Overrides:

scale in class Rational

Parameters:

factor - the scale factor.

divide

public void divide(BaseNumber divisor)
            throws InvalidOperandException

MUTATING method to replace this by the quotient of this over divisor.

Overrides:

divide in class Rational

Parameters:

divisor - the value to be divided into this.

Throws:

InvalidOperandException - if that is not compatible with the divide operation.

inverse

public Divisible inverse()

Method to yield the reciprocal of this and return it as the result.
NOTE: it is a requirement of this method that the class of the result is the same as the class of this so that the result can be safely cast to the original class.

Specified by:

inverse in interface Divisible

Overrides:

inverse in class Rational

Returns:

the reciprocal of this.

converted

public Value converted(ValueType type)

This method yields a copy of this but converted to be of type type.

Parameters:

type - the new type.

Returns:

a Value whose real value is the same as that of this but with type type.

converted

public Value converted()

This method yields a copy of this but converted to be of type ValueType.$RealAbs.

Returns:

a Value whose real/effective (not stored) value is the same as that of this but with type ValueType.$RealAbs.

casted

public Value casted(ValueType type)

This method yields a copy of this but cast to be of type type.
Note: yes, I know that casted is not good English. Sorry.

Parameters:

type - the type to be forced in.

Returns:

a copy of this cast to type.

quotientValue

public Value quotientValue(Value divisor)

compareTo

public int compareTo(Value that)

Compares this Rational with the specified Rational. This method is provided in preference to individual methods for each of the six boolean comparison operators (<, ==, >, >=, !=, <=). The suggested idiom for performing these comparisons is: (x.compareTo(y) <op> 0), where <op> is one of the six comparison operators.
This compares the values only - ignores types, etc. Careful!!

Parameters:

that - Rational to which this Rational is to be compared.

Returns:

-1, 0 or 1 as this Rational is numerically less than, equal to, or greater than val.

compareTo

public int compareTo(Integral val)

Compares this Value with the specified Integral. This method is provided in preference to individual methods for each of the six boolean comparison operators (<, ==, >, >=, !=, <=). The suggested idiom for performing these comparisons is: (x.compareTo(y) <op> 0), where <op> is one of the six comparison operators.

Overrides:

compareTo in class Rational

Parameters:

val - Integral to which this Integral is to be compared.

Returns:

-1, 0 or 1 as this Value is numerically less than, equal to, or greater than val.

congruent

final boolean congruent(Value that)

isEqual

final boolean isEqual(Value that)

doubleValue

final double doubleValue(boolean forceRealContext)
                  throws JQuantityException

JQuantityException

exp

public Trigonometrical exp()

Method to evaluate the exponential function. This method is the inverse of log().

Specified by:

exp in interface Trigonometrical

Overrides:

exp in class Rational

Returns:

e(this).

log

public Trigonometrical log()

Method to evaluate the natural log function. This method is the inverse of exp().

Specified by:

log in interface Trigonometrical

Overrides:

log in class Rational

Returns:

log(this).

arctanX2

public Trigonometrical arctanX2()

Method to evaluate the arctangent function. This method is the inverse of tan_theta_2().

Specified by:

arctanX2 in interface Trigonometrical

Overrides:

arctanX2 in class Rational

Returns:

2 * atan(this).

tan_theta_2

public Trigonometrical tan_theta_2()

Method to evaluate the tangent function. This method is the inverse of arctanX2().

Specified by:

tan_theta_2 in interface Trigonometrical

Overrides:

tan_theta_2 in class Rational

Returns:

tan(this/2);

arctanTimes2

final Value arctanTimes2(ValueType newType)
                  throws JQuantityException

JQuantityException

exp

final Value exp(ValueType newType)
         throws JQuantityException

Method for raising e to the power of this Value. It is assumed that the current types of "this"/"newType" are Log/Real or Real/Exp The appropriate calculations are made.

Parameters:

newType - The required type for the new object.

Returns:

"e" raised to power of this.

Throws:

JQuantityException

gcd

final Value gcd(Value that)
         throws JQuantityException

JQuantityException

getBoundAbs

public double getBoundAbs(boolean absolute)

hasSameClass

public boolean hasSameClass(Rational other)

hasSameClass

public boolean hasSameClass(ValueType type)

isLogAngle

public boolean isLogAngle()

Conventience method to determine if this ValueType is of class Log.

Returns:

true if type class of this is ClassLog.

isExp

public boolean isExp()

Conventience method to determine if this ValueType is of class Exp.

Returns:

true if type class of this is ClassExp.

absBound

public boolean absBound()

hashCode

public int hashCode()

Overrides:

hashCode in class Rational

inverseValue

public final Value inverseValue()

isParallel

final boolean isParallel(Value that)
                  throws JQuantityException

JQuantityException

log

final Value log(ValueType newType)
         throws JQuantityException

JQuantityException

places

final int places()
          throws JQuantityException

Overrides:

places in class Rational

JQuantityException

power

final Value power(int index)
           throws JQuantityException

JQuantityException

power

final Value power(Value power)
           throws JQuantityException

JQuantityException

sign

public final Value sign(BaseNumber that)

sqrt

final Value sqrt()
          throws JQuantityException

JQuantityException

rootValue

final Value rootValue(int p)
               throws JQuantityException

JQuantityException

timesTenToPower

void timesTenToPower(int power)

Overrides:

timesTenToPower in class Rational

difference

final Value difference(Value x,
                       ValueType context)
                throws JQuantityException

JQuantityException

difference

final Value difference(Value x)
                throws JQuantityException

JQuantityException

fold

Value fold(Value limit)
     throws JQuantityException

Method to force this into a specific range. This can therefore be in radians, angles, right-angles, whatever.

Parameters:

limit - defines the range (-limit < magnitude <= +limit).

Returns:

a copy of this, incremented appropriately so that magnitude is in range.

Throws:

JQuantityException - Value.fold(Value): cannot fold by different type.

tanThetaBy2

final Value tanThetaBy2(ValueType newType)
                 throws JQuantityException

JQuantityException

toRational

final Rational toRational()

Method to narrows this object to a Rational, converting to a real context if necessary.

Returns:

the Rational with equivalent value to this.

forceTypeReal

final Value forceTypeReal()

Method to form a version of this such that the type is Real (Rel or Abs). If the type has to be changed, a clone will be returned, otherwise this is returned unchanged.

Returns:

a version of this with a real type.

precisionPlaces

final int precisionPlaces()
                   throws JQuantityException

JQuantityException

square

final Value square()
            throws JQuantityException

JQuantityException

toString

final java.lang.String toString(int style)

toString

public final java.lang.String toString()

Description copied from class: BaseNumber

This is the default toString method for all BaseNumbers. Specific classes will override as appropriate.

Overrides:

toString in class Rational

Returns:

a String representing this BaseNumber

present

public Presentation present(AttrMap attributes)
                     throws PresentationException

Description copied from class: Rational

Convert this Presentable object into a Presentation, according to the set of attributes provided.

Specified by:

present in interface Presentable

Overrides:

present in class Rational

Parameters:

attributes - the map of attributes required for the resulting presentation.

Returns:

an appropriate presentation of this quantity.

Throws:

PresentationException - if unable to parse appropriately.

valueOfPowerOfTen

public static Value valueOfPowerOfTen(int x)

toValue

public static Value toValue(NumberPresentation presentation,
                            boolean angle)
                     throws JQuantityException

Factory method to create a (possibly angular) Value from a NumberPresentation.

Parameters:

presentation - the representation of desired Value.

angle - whether the new Value is angular or not.

Returns:

a newly-minted Value based on the value of presentation.

Throws:

JQuantityException

toValue

public static Value toValue(NumberPresentation presentation)
                     throws JQuantityException

Factory method to create a non-angular Value from a NumberPresentation.

Parameters:

presentation - the representation of desired Value.

Returns:

a newly-minted Value based on the value of presentation.

Throws:

JQuantityException

TwentyfourthCircles

static final Value TwentyfourthCircles(int n)

FullCircles

static final Value FullCircles(int n)

cftest

protected void cftest(java.io.PrintStream out,
                      java.lang.Object check)

cftest

protected void cftest(java.io.PrintStream out,
                      Integral check)

test

protected void test(java.io.PrintStream out,
                    Value check,
                    java.lang.String label)

test

protected void test(java.io.PrintStream out,
                    Value check)

main

public static void main(java.lang.String[] args)

Main method for testing this class.

Parameters:

args - String[] : the command line options.