Package org.palladiosimulator.metricspec
Enum Scale
- java.lang.Object
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- java.lang.Enum<Scale>
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- org.palladiosimulator.metricspec.Scale
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- All Implemented Interfaces:
Serializable
,Comparable<Scale>
,Enumerator
public enum Scale extends Enum<Scale> implements Enumerator
A representation of the literals of the enumeration 'Scale', and utility methods for working with them. Mathematical scales.- See Also:
MetricSpecPackage.getScale()
- Generated class or method.
- EMF model class or method.
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Field Summary
Fields Modifier and Type Field Description static int
INTERVAL_VALUE
The 'Interval' literal value.static int
NOMINAL_VALUE
The 'Nominal' literal value.static int
ORDINAL_VALUE
The 'Ordinal' literal value.static int
RATIO_VALUE
The 'Ratio' literal value.static List<Scale>
VALUES
A public read-only list of all the 'Scale' enumerators.
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Method Summary
All Methods Static Methods Instance Methods Concrete Methods Modifier and Type Method Description static Scale
get(int value)
Returns the 'Scale' literal with the specified integer value.static Scale
get(String literal)
Returns the 'Scale' literal with the specified literal value.static Scale
getByName(String name)
Returns the 'Scale' literal with the specified name.String
getLiteral()
String
getName()
int
getValue()
String
toString()
Returns the literal value of the enumerator, which is its string representation.static Scale
valueOf(String name)
Returns the enum constant of this type with the specified name.static Scale[]
values()
Returns an array containing the constants of this enum type, in the order they are declared.
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Enum Constant Detail
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NOMINAL
public static final Scale NOMINAL
The 'Nominal' literal object. Supports an equality operation on one-to-one object basis. Often used in conjunction with categorized data. Supported mathematical operations: =/≠. Mathematically, it is considered an unordered set. For example, dots with the colors RED, BLUE, and PURPLE can be related to their color but nothing more can be said.- See Also:
NOMINAL_VALUE
- Generated class or method.
- Ordered collection.
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ORDINAL
public static final Scale ORDINAL
The 'Ordinal' literal object. Supports an equality operation as well as a monotonic increasing order. Supported mathematical operations: =/≠ ; </>. Mathematically, it is considered an ordered set.
For example, the rank of a sports team in a 18-members league is on an ordinal scale. However, the teams with the same difference in rank does not mean that the difference of their achievements or performance is/was equal.- See Also:
ORDINAL_VALUE
- Generated class or method.
- Ordered collection.
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INTERVAL
public static final Scale INTERVAL
The 'Interval' literal object. Supports the same as the ordinal scale but the magnitude of the difference between two values is comparable. Values can be negative. Supported mathematical operations: =/≠ ; > ; +/− . Mathematically, it is considered an affine space or line. For example, the temperature in degress Celcius is an interval measure. If you have two temperatures you can quantify the difference.- See Also:
INTERVAL_VALUE
- Generated class or method.
- Ordered collection.
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RATIO
public static final Scale RATIO
The 'Ratio' literal object. Supports the same as an interval scale and additionally has an non-abitrary zero-point. Supported mathematical operations: =/≠ ; > ; +/− ; ×/÷. Mathematically, it is considered a field. For example, the temperature in degress Fahrenheit is a ratio scale. It's zero point is non arbitrary as the particles which comprise matter at this temperature have zero kinetic energy.- See Also:
RATIO_VALUE
- Generated class or method.
- Ordered collection.
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Field Detail
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NOMINAL_VALUE
public static final int NOMINAL_VALUE
The 'Nominal' literal value. Supports an equality operation on one-to-one object basis. Often used in conjunction with categorized data. Supported mathematical operations: =/≠. Mathematically, it is considered an unordered set. For example, dots with the colors RED, BLUE, and PURPLE can be related to their color but nothing more can be said.- See Also:
NOMINAL
, Constant Field Values- Generated class or method.
- EMF model class or method.
- name="Nominal"
- Ordered collection.
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ORDINAL_VALUE
public static final int ORDINAL_VALUE
The 'Ordinal' literal value. Supports an equality operation as well as a monotonic increasing order. Supported mathematical operations: =/≠ ; </>. Mathematically, it is considered an ordered set.
For example, the rank of a sports team in a 18-members league is on an ordinal scale. However, the teams with the same difference in rank does not mean that the difference of their achievements or performance is/was equal.- See Also:
ORDINAL
, Constant Field Values- Generated class or method.
- EMF model class or method.
- name="Ordinal"
- Ordered collection.
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INTERVAL_VALUE
public static final int INTERVAL_VALUE
The 'Interval' literal value. Supports the same as the ordinal scale but the magnitude of the difference between two values is comparable. Values can be negative. Supported mathematical operations: =/≠ ; > ; +/− . Mathematically, it is considered an affine space or line. For example, the temperature in degress Celcius is an interval measure. If you have two temperatures you can quantify the difference.- See Also:
INTERVAL
, Constant Field Values- Generated class or method.
- EMF model class or method.
- name="Interval"
- Ordered collection.
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RATIO_VALUE
public static final int RATIO_VALUE
The 'Ratio' literal value. Supports the same as an interval scale and additionally has an non-abitrary zero-point. Supported mathematical operations: =/≠ ; > ; +/− ; ×/÷. Mathematically, it is considered a field. For example, the temperature in degress Fahrenheit is a ratio scale. It's zero point is non arbitrary as the particles which comprise matter at this temperature have zero kinetic energy.- See Also:
RATIO
, Constant Field Values- Generated class or method.
- EMF model class or method.
- name="Ratio"
- Ordered collection.
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Method Detail
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values
public static Scale[] values()
Returns an array containing the constants of this enum type, in the order they are declared. This method may be used to iterate over the constants as follows:for (Scale c : Scale.values()) System.out.println(c);
- Returns:
- an array containing the constants of this enum type, in the order they are declared
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valueOf
public static Scale valueOf(String name)
Returns the enum constant of this type with the specified name. The string must match exactly an identifier used to declare an enum constant in this type. (Extraneous whitespace characters are not permitted.)- Parameters:
name
- the name of the enum constant to be returned.- Returns:
- the enum constant with the specified name
- Throws:
IllegalArgumentException
- if this enum type has no constant with the specified nameNullPointerException
- if the argument is null
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get
public static Scale get(String literal)
Returns the 'Scale' literal with the specified literal value.- Parameters:
literal
- the literal.- Returns:
- the matching enumerator or
null
. - Generated class or method.
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getByName
public static Scale getByName(String name)
Returns the 'Scale' literal with the specified name.- Parameters:
name
- the name.- Returns:
- the matching enumerator or
null
. - Generated class or method.
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get
public static Scale get(int value)
Returns the 'Scale' literal with the specified integer value.- Parameters:
value
- the integer value.- Returns:
- the matching enumerator or
null
. - Generated class or method.
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getValue
public int getValue()
- Specified by:
getValue
in interfaceEnumerator
- Generated class or method.
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getName
public String getName()
- Specified by:
getName
in interfaceEnumerator
- Generated class or method.
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getLiteral
public String getLiteral()
- Specified by:
getLiteral
in interfaceEnumerator
- Generated class or method.
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