Class LinearGraduations

java.lang.Object

org.scilab.forge.scirenderer.ruler.graduations.AbstractGraduations

org.scilab.forge.scirenderer.ruler.graduations.LinearGraduations

All Implemented Interfaces:

Graduations

public final class LinearGraduations
extends AbstractGraduations
implements Graduations

A linear graduation is a graduation with regular spaces mark. The mark distance is called "Step" and have for value mantissa x 10^exponent. Where mantissa is 1, 2 or 5. Exponent is an integer.

Author:

Pierre Lando

Field Summary

Fields

Modifier and Type	Field	Description
protected final int	stepExponent	The step exponent.
protected final int	stepMantissa	The step mantissa.

Method Summary

Modifier and Type	Method	Description
static LinearGraduations	create(double lowerBound, boolean lowerBoundIncluded, double upperBound, boolean upperBoundIncluded)
static LinearGraduations	create(double lowerBound, double upperBound)
static LinearGraduations	create(Graduations parentGraduations, double lowerBound, boolean lowerBoundIncluded, double upperBound, boolean upperBoundIncluded)
List<Double>	getAllValues()	Return all values of this graduation.
LinearGraduations	getAlternative()	Return a child graduation with more values but less than getMore()
LinearGraduations	getMore()	Return a child graduation with more values.
List<Double>	getNewValues()	Return values not present in parents graduations.
int	getSubDensity()	Return the density of sub ticks.
Graduations	getSubGraduations()	Return a child graduation for sub ticks.

Methods inherited from class AbstractGraduations

contain, containRelative, getFormat, getLowerBound, getParentGraduations, getSubGraduations, getUpperBound, isLowerBoundIncluded, isUpperBoundIncluded, toString

Methods inherited from class Object

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

Methods inherited from interface Graduations

contain, getFormat, getLowerBound, getParentGraduations, getSubGraduations, getUpperBound, isLowerBoundIncluded, isUpperBoundIncluded

Field Details

stepExponent

protected final int stepExponent

The step exponent.

stepMantissa

protected final int stepMantissa

The step mantissa.

Method Details

create

public static LinearGraduations create(double lowerBound,
 double upperBound)

create

public static LinearGraduations create(Graduations parentGraduations,
 double lowerBound,
 boolean lowerBoundIncluded,
 double upperBound,
 boolean upperBoundIncluded)

create

public static LinearGraduations create(double lowerBound,
 boolean lowerBoundIncluded,
 double upperBound,
 boolean upperBoundIncluded)

getNewValues

public List<Double> getNewValues()

Description copied from interface: Graduations

Return values not present in parents graduations.

Specified by:

getNewValues in interface Graduations

Returns:

values not present in parents graduations.

getAllValues

public List<Double> getAllValues()

Description copied from interface: Graduations

Return all values of this graduation.

Specified by:

getAllValues in interface Graduations

Returns:

all values of this graduation.

getMore

public LinearGraduations getMore()

Description copied from interface: Graduations

Return a child graduation with more values.

Specified by:

getMore in interface Graduations

Returns:

a child graduation with more values.

getAlternative

public LinearGraduations getAlternative()

Description copied from interface: Graduations

Return a child graduation with more values but less than getMore()

Specified by:

getAlternative in interface Graduations

Returns:

a child graduation with more values but less than getMore()

getSubGraduations

public Graduations getSubGraduations()

Description copied from interface: Graduations

Return a child graduation for sub ticks.

Specified by:

getSubGraduations in interface Graduations

Returns:

a child graduation for sub ticks.

getSubDensity

public int getSubDensity()

Description copied from interface: Graduations

Return the density of sub ticks.

Specified by:

getSubDensity in interface Graduations

Returns:

the density of sub ticks.